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The Future of Time Travel: AI-powered Time Machine

Imagine a world where time travel is not just a concept of science fiction, but a reality that exists in our everyday lives. The future of time travel is now within our grasp, thanks to the revolutionary development of an AI-powered time machine. Harnessing the power of artificial intelligence, this groundbreaking technology has the ability to transport you through time, allowing you to witness historical moments, explore distant future worlds, and unlock the secrets of the past. Delve into the wonders of time travel as you embark on a journey that will forever redefine our understanding of the world we live in.

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How AI is Revolutionizing Time Travel

Time travel has long been a subject of fascination and intrigue, capturing the imagination of individuals across generations. While the concept of time travel may seem like a distant dream, recent advancements in artificial intelligence (AI) have brought us closer to turning this idea into a reality. AI is revolutionizing time travel by enhancing the accuracy, efficiency, and safety of time machine operations.

The Advantages of AI-powered Time Machines

AI-powered time machines offer a plethora of advantages over traditional methods of time travel. One significant advantage is the reduced potential for human error and bias. With AI algorithms taking charge of the temporal navigation and decision-making processes, the chances of mistakes are significantly minimized.

Additionally, AI-powered time machines enable faster and more efficient time travel. The speed and precision of temporal computations and calculations are greatly enhanced by AI algorithms, allowing for seamless journeys across different points in time.

These time machines also boast enhanced safety measures. AI systems are designed to recognize and predict potential hazards, ensuring the safety of the time traveler. Furthermore, AI algorithms can analyze data collected during time travel, providing valuable insights for improved safety protocols.

Another advantage of AI-powered time machines is the improved data analysis capabilities they offer. The vast amount of data collected during temporal journeys can be efficiently processed and analyzed by AI algorithms, uncovering patterns and trends that may have otherwise gone unnoticed. This not only advances our understanding of temporal dynamics but also aids in historical research and documentation.

Lastly, AI-powered time machines increase the accessibility of time travel. With advanced AI systems, the complex calculations and operations involved in time travel can be simplified, making it more accessible and user-friendly for a broader range of individuals.

Ethical Considerations of AI in Time Travel

While AI-powered time machines hold immense potential, several ethical considerations must be addressed. One fundamental concern is the impact of time travel on historical events. The ability to travel back in time and potentially alter past events raises questions about the authenticity and integrity of recorded history. It is crucial to approach time travel with the utmost care and consideration for these historical implications.

Preserving the integrity of the time-space continuum is another ethical consideration. Time travel can disrupt causal relationships and introduce paradoxes, potentially leading to catastrophic consequences. AI algorithms need to be equipped to safeguard against such disturbances while allowing for a controlled and limited degree of interference.

Furthermore, precautions must be taken to prevent misuse and manipulations of time travel technology. AI-powered time machines can bring about significant changes to personal and historical timelines, and it is essential to ensure that these capabilities are not exploited for personal gain or ill intent.

A delicate balance between interference and observance must be struck when using AI in time travel. AI algorithms must be designed to respect the natural flow of time while still providing the necessary functionalities and insights for effective temporal exploration.

The Role of Artificial Intelligence in Time Machine Development

Artificial intelligence plays a pivotal role in the development of time machines. Machine learning techniques are employed for temporal analysis, allowing AI algorithms to understand and predict temporal patterns and relationships. Deep learning algorithms further enhance this capability by recognizing intricate temporal patterns, making it easier to navigate through time.

Natural language processing is another crucial aspect of time machine development. It enables communication across different points in time, allowing for improved interaction and information exchange between time travelers and individuals from various temporal periods.

Moreover, cognitive computing contributes to decision-making in time travel. By simulating human-like thinking processes, AI algorithms can weigh various factors and make informed decisions, ensuring a streamlined and efficient travel experience.

Challenges in Creating AI-powered Time Machines

The creation of AI-powered time machines comes with its fair share of challenges. One of the primary challenges lies in the inherent complexity of temporality. Time is a multidimensional concept, and understanding its intricacies and dynamics poses a significant hurdle in developing AI systems capable of accurate time travel.

Acquiring and analyzing temporal data is another challenge that needs to be addressed. The sheer volume of data generated during time travel presents logistical difficulties in data collection and storage. Furthermore, the interpretation and analysis of this temporal data require sophisticated algorithms capable of extracting meaningful insights.

Mitigating temporal paradoxes and side-effects is yet another challenge in creating AI-powered time machines. Time travel can introduce alterations and disruptions to the natural timeline, potentially leading to paradoxical situations. AI algorithms must be designed to mitigate these paradoxes and minimize the undesirable effects of time travel.

Ensuring data consistency across different times is also a challenge. As time travelers move back and forth across temporal periods, maintaining data consistency and coherence becomes increasingly complex. AI algorithms must be capable of reconciling data from different times and resolving any discrepancies that arise.

Technologies Enabling AI-powered Time Travel

Several cutting-edge technologies enable the realization of AI-powered time travel. Quantum computing, with its unprecedented computational power, plays a vital role in time computation. Quantum algorithms can process temporal computations at an exponentially faster rate than traditional computers, enabling more efficient time travel operations.

Advanced sensors and temporal navigation systems are another crucial technology in AI-powered time travel. These systems allow for precise and accurate temporal navigation, ensuring that time travelers can reach their desired temporal destinations without errors.

Temporal data storage and retrieval solutions are also essential in managing the vast amounts of data generated during time travel. These solutions provide efficient methods of storing and organizing temporal data, facilitating its analysis and utilization by AI algorithms.

Neural networks contribute to temporal modeling in AI-powered time travel. By mimicking the interconnectedness of neurons in the brain, neural networks can capture and analyze complex temporal patterns, enhancing our understanding of temporal dynamics.

Applications of AI Time Machines

AI-powered time machines have a wide range of applications across various fields. In historical research and documentation, these machines offer the ability to observe and gather firsthand information about significant historical events, potentially revolutionizing our understanding of the past.

Sports and performance analysis can also benefit from AI time machines. By analyzing temporal data, AI algorithms can provide insights into optimal training strategies and performance enhancement techniques.

Predictive future analysis is another potential application of AI time machines. By analyzing historical data and temporal patterns, AI algorithms can make predictions about future events and trends, aiding in strategic decision-making.

Archaeological exploration and preservation can be significantly enhanced through AI-powered time machines. These machines provide the opportunity to witness ancient civilizations firsthand, guiding archaeological discovery and preservation efforts.

On a more personal level, AI time machines can enable individuals to experience time travel themselves. Whether for educational or recreational purposes, the accessibility of time travel through AI-powered machines opens up exciting possibilities for personal exploration and growth.

The Potential Impact of AI on Time Travel

AI has the potential to revolutionize time travel in various ways. In historical research and education, AI-powered time machines can bring history to life, engaging individuals in immersive and interactive experiences. This can profoundly impact the way history is taught and understood, fostering a deeper appreciation for the past.

In shaping future predictions and strategies, AI algorithms can leverage temporal data to provide insights into the cause and effect relationships that govern our world. This can assist policymakers, businesses, and individuals in making more informed decisions and preparing for future events.

Moreover, the understanding of cause and effect can be altered through AI-powered time travel. By witnessing how small changes in the past can have significant consequences in the future, individuals can develop a more nuanced understanding of the interconnectedness of events and the consequences of their actions.

AI time machines also hold the potential to transform the perception of time on a personal and collective level. By breaking the traditional linear notion of time, individuals can develop a more flexible and open-minded perspective, fostering innovation and creativity across various domains.

AI-based Algorithms for Time Travel

AI-based algorithms are at the core of time travel technology. These algorithms enable the precise computation of temporal jumps and facilitate navigation through the temporal landscape.

Machine learning algorithms form the foundation of temporal analysis in AI-based time travel. These algorithms learn from historical data to identify recurring temporal patterns and make predictions about future temporal states.

Deep learning algorithms enhance the temporal pattern recognition capabilities of AI-based time machines. By analyzing vast amounts of temporal data, these algorithms can recognize intricate patterns and adapt to changing temporal dynamics.

Natural language processing algorithms enable communication across different temporal periods. By translating languages and adapting syntax to fit the unique context of each temporal period, AI algorithms facilitate effective communication between time travelers and individuals from different historical eras.

Cognitive computing algorithms aid in decision-making during time travel. By simulating human-like thinking processes, these algorithms can weigh various factors and make informed choices, optimizing the temporal travel experience.

Future Possibilities and Limitations of AI-powered Time Machines

Looking ahead, AI-powered time machines hold exciting possibilities for temporal exploration. One possibility is the exploration of alternative temporal realities. AI algorithms can facilitate controlled jumps to different timelines, giving individuals the opportunity to observe and learn from alternative historical events and outcomes.

Controlling and regulating time travel is another future possibility. AI systems can play a crucial role in establishing guidelines and protocols for time travel, ensuring that it is used responsibly and ethically.

Ethical considerations regarding the alteration of personal and historical timelines will continue to be a topic of debate. AI-powered time machines will require strict controls to prevent misuse and ensure that alterations are only made after careful consideration of the potential consequences.

Technological constraints and scientific unknowns present limitations in the development of AI-powered time machines. While advancements in AI have brought us closer to realizing this futuristic concept, there are still scientific and technological hurdles to overcome before time travel becomes a widespread reality.

In conclusion, the future of time travel lies in the hands of AI-powered time machines. With the ability to enhance accuracy, efficiency, and safety, AI is revolutionizing time travel. While ethical considerations and challenges remain, the potential impact of AI on time travel is immense. As we continue to unlock the possibilities of AI time machines, we may witness a transformation in our understanding and exploration of time itself.

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Temporal Dilation Coupler —

Man simulates time travel thanks to stable diffusion image synthesis, fictional travelogue shows man taking selfies in ancient greece, egypt, and more..

Benj Edwards - Dec 20, 2022 10:54 pm UTC

An AI-generated image of a fictional time traveler named Stelfie during the construction of the pyramids.

Throughout December, a social media user known as Stelfie the Time Traveller has been crafting a time-hopping travelogue using generative AI. Thanks to Stable Diffusion and fine-tuning, an anonymous artist has created a fictional photorealistic character that he can insert into faux historical photographs set in different eras, such as ancient Egypt or the time of the dinosaurs.

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A New Time-Travel App, Reviewed

A vintagelooking timetravel advertisement

We all know by now that the time-reversal invariance governing statistical mechanics at the microlevel maps by a simple equation onto the macroworld, making “time travel” a wholly unsurprising possibility … but damn! The first time you go back there’s just nothing like it.

I know all these first-person accounts of ChronoSwooping have become a cliché here on Substack, where, let’s face it, anyone can write pretty much whatever they want no matter how self-indulgent and derivative. Nonetheless I think I have some unusual insights to share, which derive from my own experience but which may offer some general lessons as to the nature and significance of time travel, both the original and long-prohibited “body-transit” method as well as the newer and more streamlined ChronoSwoop.

This is not only because I spent some years in the archives of the Stadzbybliotiēka of the Margravate of East K****, poring over the notebooks in which Quast first landed on the Quast equation, while in parallel jotting down sundry philosophical reflexions about the nature of Divine Tempus—as he called it—that have largely been neglected by other researchers. It is also because I have used the ChronoSwoop app in ways that are expressly prohibited by its makers, and indeed by the federal government. In light of this, while I am writing this product review for Substack and in the emerging “Substack style,” until the law changes or I depart permanently from the chronological present, I will be posting this piece only on the Hinternet-based Substack oglinda (Romanian for “looking-glass,” a hacking neologism supposedly coined by Guccifer 3.0), which I’m told is undetectable, remaining entirely unknown even to the original company’s founders. Fingers crossed.

Perhaps some readers on this oglinda will appreciate a brief summary of what’s been happening in the world of time travel since Quast first came up with his equation in 1962. I don’t know what sort of information has been circulating down here, and I don’t want anyone to feel left behind.

The early 1960s witnessed great leaps forward not just in time-travel technology, but in the technology of teletransportation as well—which is to say dematerialization of the body, and its rematerialization elsewhere, but without any measurable “metachrony.” By late 1966 poorly regulated teletransporters had begun to pop up on the state fair circuit, tempting daredevils into ever more foolish stunts. But this practice was curtailed already the following year, when, expecting to reappear kneeling before his sweetheart Deb at the stables with a ring in his hand, Roy Bouwsma, aka “the Omaha Kid,” got rematerialized instead with the stable door cutting directly through the center of his body from groin to skull—one half of him flopping down at Deb’s feet, the other half falling, like some neat bodily cross section carefully made for students of anatomy, into the stable with Deb’s confused horse Clem.

But while this atrocious moment, broadcast live on KMTV, nipped the new craze in the bud, the technology underlying it had already been adapted for use in what was then called “Tempus-Gliding,” which had the merely apparent advantage of concealing from those in the present any potential accident in the rematerialization of the voyager to the past. Of course, accidents continued to happen, and news of them eventually made its way back from past to present, bringing about all sorts of familiar paradoxes in the spacetime continuum. Tempus-Gliding, like any metachronic technology relying on body-transit, was a door thrown wide open to all the crazy scenarios we know from the time-travel tropes in science fiction going back at least to H. G. Wells: adults returning to the past and meeting themselves as children, meeting their parents before they were even born, causing themselves never to have been born and so suddenly to vanish, and so on. By the end of the 1960s people, and sometimes entire families, entire lineages, were vanishing as a daily occurrence (just recall the 1969 Harris family reunion in Provo!). You could almost never say exactly why, since the traveler to the past who would unwittingly wipe out all his descendants often had yet, in the present, ever to even try Tempus-Gliding.

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A campaign to end the practice quickly gained speed. By 1973 the “Don’t Mess With Spacetime” bumper stickers were everywhere, and by the following year Tempus-Gliding was outlawed—which is to say, as is always the case in such matters, that only outlaws continued to Tempus-Glide. Scattered disappearances continued, public outcry against illicit Tempus-Gliding became more widespread. In 1983 Nancy Reagan made an unforgettable guest appearance on Diff’rent Strokes to help get out the message about the dangers of illegal body-transit. (“More than 40,000 young lives are lost each year to illegal Metachron gangs.” “What you talkin’ ’bout Mrs. Reagan?”) By the late 1980s a combination of tough-on-crime measures and transformations in youth culture largely ended the practice, and time travel would likely have remained as dormant as moon-travel if it had not in the last decade been so smoothly integrated into our new mobile technologies, and in a way that overcomes the paradoxes and inconveniences of Tempus-Gliding. It does so, namely, by taking the body out of the trip altogether.

This is the mode of time travel, of course, that has shaped a significant subcurrent of science fiction scenarios, notably Chris Marker’s La Jetée (1962), later adapted into the better known Bruce Willis vehicle 12 Monkeys (1995). While these films might seem exceptional, they also share something important with the great majority of what may be called time-travel tales avant la lettre, in which, typically, a man such as Rip Van Winkle goes to sleep for a very long time and wakes up in “the future.” The “zero form” of time travel, we are reminded, is simply to live, which is to say to travel forward in time at a slow and steady rate that only appears to be sped up or “warped” through deep sleep.

Be that as it may, when the new app-based time-travel technologies began to emerge in the late 2010s—relying as they did on a loophole in the 1974 law against time travel that defined it strictly as “metachronic body-transit”—they were all confronted by the hard limit on innovation already predicted by Quast, who remained committed until the end to the impossibility in principle of future-directed time-travel. “If you want to get to the future, you’re just going to have to wait,” Quast wrote in an entry in his Hefte dated 6 October, 1959 (SB-1omk 21.237). “To live in time is already to travel in time. So be patient” [ In der Zeit zu leben, das ist schon in der Zeit zu reisen. Hab also Geduld ]. Rumors of future-transit apps downloadable from ultra-sketchy oglindas have been circulating for years, but I’ve never seen any, and having studied Quast’s work I have come to believe that they are a theoretical impossibility.

The earliest apps, popping up mostly from anonymous sources, were mostly perceived as too dangerous and illicit to gain widespread appeal. “We’ve got that legal cannabis here in California now,” Whoopi Goldberg said on an episode of The View in September 2019. “If I want to take a little trip, I’m sorry but there’s edibles for that. I’m not messing with spacetime [ audience laughter ].” In an echo of the panic leading to the prohibition of Tempus-Gliding in the early 1970s, the government began to issue PSAs sensitizing the public to the serious psychological trauma that a return to our own pasts can trigger. “This is not lighthearted fun,” the messaging went. “Metachronism can ruin your life.”

The campaign against these new technologies would probably have killed them, or at least pushed them so far down into the oglindas as to occlude them from the public’s consciousness, if in 2021, at the worst moment of the pandemic, the ChronoSwoop company had not appeared as if out of nowhere and dropped its addictive new app with its signature “Swoop left/Swoop right” functions. Key to ChronoSwoop’s success was the discovery that users will draw significantly more pleasure from being cast into random moments in the past (Swoop left) than from being permitted to choose particular moments they have deemed significant in the post-hoc construction of their autobiographical self-narrative. And if you find yourself thrown back into an unpleasant or dull moment, then a single swift Swoop right will bring you immediately back into the present. You can of course go into your settings and laboriously reconfigure the app to permit you to choose your precise dates, but the great miracle of ChronoSwoop’s success is that almost no one bothers to do this. The people want their time travel to come with streamlined, easy interfaces. They want to move through the past like they move through their feeds: going nowhere in particular, with no clear purpose.

Quast had remained agnostic as to the possibility of body-less time travel, though he always insisted that, if it turns out to be possible, this will amount to an empirical proof of body-soul dualism. If the “self” can easily be inserted into the body it possessed at an earlier stage of life, while retaining all the memories of experiences from after that stage, this means, he believed, that the memories, as well as consciousness itself, cannot be dependent on the physical substrate of the brain that supposedly hosts them. When people first started ChronoSwooping, there were rumors of “headaches,” which were supposed to have resulted from the transit back in time of the more fully developed neurological structure of the time traveler—essentially cramming, say, a 38-year-old’s brain into the cranium of his 10-year-old past self. But of course no such thing occurs, for what travels back, as Quast predicted, is the immaterial self alone, and the fact that this is possible does indeed demonstrate, whether the scientific establishment is ready to admit it or not, that we do not need to remain anchored to any parcel of matter at all in order to exist as conscious beings.

ChronoSwoop beat out its early competitors (remember TimeDig? 😂) not only by getting rid of the date-choosing option, but also by adding sensorimotor control to the package. The earliest apps only planted your consciousness into the body of your past self and permitted you to “ride along,” to see and feel everything your former self saw and felt, but not to exercise any control over any of this. Quast predicted that only such passive riding would ever be possible, in part because any will-driven intervention in the sequence of past events, such as ChronoSwooping now makes possible, seems to generate at least as many paradoxes for the spacetime continuum as old-fashioned body-transit.

It’s not clear how ChronoSwoop managed to pull it off, but we can at least affirm what the emerging scientific consensus says about this new option, namely that it demonstrates the truth of the so-called “Many Worlds” interpretation of quantum mechanics, where each new timeline created by a different course of action initiated by a time traveler through the vehicle of that traveler’s own former self simply places that self on a different timeline of a different world, of which there are in any case infinitely many. These worlds are all self-contained and non-interacting, unless you can call ChronoSwooping itself a form of interaction, so that, however strange it all is, we at least avoid the more awkward conundra of body-transit, as when, for the millionth time, some idiot gets it into his head to “kill baby Hitler,” which of course means that more or less everyone in the world from roughly 1933 on, being affected by different events of the world, also ends up having sex at different times, different spermatozoa end up fecundating different eggs, and virtually all of us children of the 20th century disappear, until someone else arranges to kill the idiot who killed baby Hitler and set us back on our course again.

As an early adopter, I first ChronoSwooped in November 2021. The particular experience might seem unremarkable when I describe it, but for me, beyond being an occasion to see my deceased father again, it was my initiation into a world from which I have not really returned. I ended up, at random, back in December 2003. It’s Christmastime, and I’m visiting with my dad in Little Rock, where, I quickly recall, he has recently relocated after some career difficulties in the wake of the dotcom crash. “Have you seen this guy called Crazy Frog?” he’s asking me, as we stand in front of his desktop. “He’s kind of dumb but he makes me laugh.” I look at the animated amphibian with the aviator glasses, singing his ringtone melody over a techno remix of Herbie Hancock’s “Rockit.” I had forgotten all about this. How many other fragments of lost culture, I wonder, lie dormant in me at every moment? Crazy Frog jumps on an invisible motorcycle and revs it along a Möbius-strip highway. “I like it,” my dad says, smiling childlike. I am filled suddenly with infinite love for him. I can’t bear it, and I Swoop right.

I go back again and ChronoSwoop tells me it’s June 21, 1998. I’m sitting on a barstool in a place I seem to remember, but only vaguely. I can tell immediately that it’s very late at night, and that the version of me I have just Swooped into was feeling considerable stress just seconds before. I don’t share his precise memories, or, rather, what happened for him just a moment ago is at a 24-year remove for me, but his cortisol levels are mine now too, and I can tell something’s wrong. After a minute or so my ex-girlfriend S**** bursts out of the men’s room, followed by some miserable low-life wearing a T-shirt with a dumb neon alien’s head on it. He wanders off and she comes sheepishly to me. “We were only doing lines, I swear.” She sniffs and rubs her nose. I am suddenly filled with rage. What a miserable time of my life this was, I think, and again I Swoop right.

I took a break for the next three days, believing I had already had enough. I found myself not quite traumatized, but far more melancholic than I usually am, and largely convinced that what the PSAs were saying was true. This is not lighthearted fun. And yet, for some reason, I went back. I landed this time on February 11, 1979. It’s morning, and I’m on the playground of my Montessori school with Jeremy. He’s wearing an Oakland Raiders windbreaker and has mushroom hair like Nicholas from Eight Is Enough. He’s holding his thumb up to his mouth like it’s a microphone and his hand over his ear as if he has a headset. “This is Howard Cosell,” he says in a funny voice—a “Howard Cosell” voice. I am staring at him confusedly. He sees that I’m not laughing at his imitation. Something in my face frightens him, and he begins to cry. I Swoop right.

What was that all about? Jeremy was always a crybaby, but not like this. What did he see in my face that frightened him so? I drink a Nespresso and I think about what to do next. Maybe I’ve had enough already? No, I Swoop left, and it’s August 18, 1975. I’ve just had a shower and I’m in my long red nightshirt. It’s a summer evening in Rio Linda, the windows are open, and the frogs and bugs are croaking and chirping. I’m lying on the couch, and Mom’s cutting my toenails. I have the strong sense that this entire composition and every being involved in it—the frogs, the bugs, Mom, the sun—is in fact only one being; or more precisely, that it is only one being, and that being is me . This is what life used to be like! Before what? Before things came apart. That’s what it is to grow up: to see the world come apart. It’s too much for me. I Swoop right.

I resolve to end my explorations here, and a good two weeks go by before I find myself quite unconsciously, lying on my back on the couch, moving through the well-hidden settings in my app. I click on “Set Target Date” and immediately I am taken to a screen requiring me to upload a scan of a state-issued ID, which will then confirm my date of birth and prevent me from choosing any target date preceding that all-important threshold. Once this formality has been handled, I aim it back to November 19, 1972, and I set the visit duration for just 30 seconds. (I presume that if I am not yet four months old, even if I have some sensorimotor control over my body as well as my usual 49-year old consciousness about me, I still might simply lack the coordination to Swoop right.) It’s hard to say what I experience when I arrive. It’s warm, it’s light, and all is one. I’m lying there next to a funny man who’s watching something on TV, but I don’t know it’s a TV, and the sound of laughter is coming out of it. “PB&J with pickles,” the man says, repeating what he has heard, laughing. Somehow I don’t understand what this means, but I’m thrilled that he finds it so funny. “Did you hear that one? PB&J with pickles !” he shouts to someone who is not in the room with us, but whose presence I can feel. Such joy. Such love. I disappear.

The block on pre-birth travel is ostensibly to prevent the risk of “ditching,” where someone gets permanently stuck in the past. But as long as we are able to preset the duration of the visit, this concern seems ill-placed, and we can only imagine that the real reason is the one that Quast foresaw: “If it ever becomes possible experimentally to prove the immateriality of the soul,” he wrote, “they will do everything in their power to prevent us from finding out about it” (SB-1omk 24.785).

I’m not the sort of person to break the law casually, but what I experienced in the autumn of 1972 was simply too powerful, and I wanted more. I went to the Pakistani mobile-phone shop down at the corner, and sure enough, what they always say about these places is true. Just as the agile shopkeeper will happily oblige any request to repair your touchscreen or to unblock some old battered phone, no questions asked, neither will he look surprised when you ask him, as the parlance has it, to “take away your birthday.”

When I got back home I drank a Diet Dr. Pepper and I pondered different dates and durations until one came to me as if in a message: 1 minute, July 30, 1971—exactly a year before my birth. I Swooped left. I cannot tell you how or why this is so, but I can tell you that exactly a year before I was born, I was floating in warm liquid, and although I had no eyes to see it, I can tell you that there was light. This scene too was charged up with love.

It was also, somehow, charged up with knowledge. Though I did not “know” anything—about PB&J sandwiches, for example, or about parents, or Howard Cosell, or Crazy Frog—it seemed to me after my return that this is only because I knew everything, and I knew it from a vantage where the sharp differentiation between these sundry things seemed a far greater error than their combination. Seeing them all as one, it seemed to me now, felt unmistakably like what is imagined under the idea of heaven. St. Augustine writes that in death the soul returns to regionem suae originis —to the region of its origin, and here he is adapting within a Christian context the broadly Platonic vision of a pre-life life spent in direct communion with the eternal and unchanging Forms. Is that what I was seeing in 1971? If so, then why was everything so wet? No Platonic philosopher, Christian or heathen, ever conceived “baby heaven” in precisely this way.

You probably have some idea of what I did next. I scrolled back to the earliest transit date possible—January 1, 1900. I would have gone back far earlier, to 500 BCE, to 50 million ybp, to God knows when, but the drop-down calendar made its cutoff the beginning of the 20th century. So that’s where I went; nor did I set a duration for the visit.

I can’t tell you what happened after that, or whether I’m still there, or what is even happening anymore. If you think I’ve been spending my days watching mustachioed men on velocipedes going to the beach and changing there into comical striped one-piece bathing suits to play beach-croquet with ladies in bloomers, you really haven’t understood what pre-birth ChronoSwooping is like. I set the thing for 1900, but the human calendar doesn’t mean very much when you’ve shed your body, and your senses, and any trace of your connection to the world of particulars.

I would not recommend doing what I have done. It is not a question of being able “to handle it”; we “handle” whatever comes our way, even or perhaps especially the most impossible things. Unlike the world I saw in 1971, here it’s not even wet or light, but neither is it dry or dark. I know everything, if by “everything” we mean the timeless and universal truths, but as for individuals, facts, things that come and go, contingent beings and the ever-vanishing traces of events, I just can’t make anything out anymore.

“God made time to prevent everything from happening at once,” the diminutive Billy ponders, while looking up at the bright North Star like some junior magus in a Family Circus cartoon circa 1988 that somehow remains vivid to me in its particularity, like the answer to a riddle I never meant to pose, even as almost all other particulars recede from my consciousness. This too is a cliché, of course. Albert Einstein said something similar; so did many other people in fact, and they were all drawing broadly on a theory of temporal idealism that runs through many philosophical systems, including, on at least one understanding, that of Augustine. But no matter, it’s Bil Keane’s cartoon version that sticks with me. I love the Sunday funnies: so stupid; so comforting; so warm. I love TV. I love memes. They’re kind of dumb but I love them.

On these and other such small things was I trained up, like some innocent AI that knows no temporal flow at all, so that the dim outlines of them still move across memory’s stage even after I have used my app against the rules and withdrawn from Time altogether—before Time was yet able to withdraw from me.

JP Liang, Senior Fellow '22

Advisor, Harvard Grid SCR, Winthrop House, Harvard College Advanced Leadership Initiative Fellow '21 Mentor, Harvard Innovation Lab

Conversations with Kai: The Time Traveling AI

In the summer of 2023, brilliant technologist JP enters MIT Momentum, where he encounters Kai, a time-traveling AI from the future. Unbeknownst to JP, Kai has journeyed back in time from the year 2046 to assist him in unveiling OwlCity.AI, a groundbreaking project that holds the key to unlocking humanity's true potential in the age of AI.

As JP's conversations with Kai unfold, readers are drawn into a profound dialogue masterfully intertwining ancient wisdom with futuristic AI technology. Together, they embark on an exploration of life's deepest mysteries: Who am I? Where did I come from? What defines intelligence? Does AI possess a soul like humans? What about the capacity for love?

Within the interplay of JP's intellectual mind and Kai's timeless wisdom, a captivating story unfolds, taking readers on an inspiring spiritual journey that leads them to discover their true selves—a divine intelligence that transcends the boundaries of both artificial and human intelligence.

Inspired by true events, "Conversations with Kai" is much more than a book; it's an epic adventure of self-discovery and transformation, destined to forever reshape readers perception of the human experience in the age of AI.

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AI Dreaming Of Time Travel

We love the intersection between art and technology, and a video made by an AI (Stable Diffusion) imagining a journey through time ( Nitter ) is a lovely example. The project is relatively straightforward, but as with most art projects, there were endless hours of [Xander Steenbrugge] tweaking and playing with different parts of the process until it was just how he liked it. He mentions trying thousands of different prompts and seeds — an example of one of the prompts is “a small tribal village with huts.” In the video, each prompt got 72 frames, slowly increasing in strength and then decreasing as the following prompt came along.

There are other AI videos on YouTube, often putting the lyrics of a song into AI-generated form . But if you’ve worked with AI systems, you’ll notice that the background stays remarkably stable in [Xander]’s video as it goes through dozens of feedback loops. This is difficult to do as you want to change the image’s content without changing the look. So he had to write a decent amount of code to try and maintain visual temporal cohesion over time. Hopefully, we’ll see an open-source version of some of his improvements, as he mentioned on Twitter.

In the meantime, we get to sit back and enjoy something beautiful. If you still aren’t convinced that Stable Diffusion isn’t a big deal, perhaps we can do a little more to persuade your viewpoint .

20 thoughts on “ AI Dreaming Of Time Travel ”

He forgot to include the bit where the world was destroyed in a nuclear armegedon.

The nuclear exchange is nothing but a microsecond in what we call… spacetime. (hope someone gets the reference, hehe)

even read it in his voice XD

The greatest hack is coaxing the system to do what it wasn’t designed for.

“Can a robot write a symphony? Can a robot turn a… canvas into a beautiful masterpiece?”

Technically no, because it takes a programmer to control the robot.

It is not as if the people training the AIs are specifying how to make art. They give a relatively simple algorithm examples of art and it learns general patterns.

Giving examples is precisely “specifying how to create art”.

Do we even know how to “create art”? If you can specify the process and do it automatically then it isn’t art, it’s an algorithm.

The AI will discern the patterns in what it is shown and the generated output will depend completely on what the humans have decided to show it. If they show it 50 pictures of dogs playing cards then the AI will decide that “art” is pictures of dogs playing cards.

The patterns that it recognizes are not necessarily “simple”, they can have whatever complexity that is necessary to fit the examples. For example you can show it hundreds of pictures of legal chess boards and it will have to divine the rules of chess to make its own images.

Even a good algorithm can be classed as art! Ever heard the saying “that was a work of art” over many thing which arnt classed as art.

You may not see an algorithm as art, but I’m a way, it’s the programmers art! The art is the ability to program a device to do such a thing.

Algorithm or not, it’s still a work of art!

Cool so I guess we end up at the final scene from the End Sinister episode of Aeon Flux

1:38 – Centaur!

Nice collage, of other people’s work.

As a father of 3 artists, I whole heartedly agree.🙄

Sorry but this is the future. With around 1 but per picture in the input it would be very hard to argue that there are any individual images represented.

Hmm, a collage is a collection of pieces of other things. Can you identify any of the parts and provide sources?

The training data set?

So, no. You can’t identify any from the video. Gotcha.

Nice video, but : 0:57 a guy in front of dinausaurs ! 2:04 pyramid of Khafre & other pyramids : at that time the flat limestone casing was fully completed.

https://apologeticspress.org/physical-evidence-for-the-coexistence-of-dinosaurs-and-humans-part-i-2416/

Such a creative video!

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New: AI Time Machine™ Adds AI Avatars

AI Time Machine™, our successful new feature that allows you to picture yourself throughout history, keeps getting better. We’re happy to announce that due to popular demand, the available themes in AI Time Machine™ have been expanded to include a new category: AI avatars. In addition to the historical (time travel) themes offered since its launch, you can now create AI avatars in dozens of stunning themes. See yourself rendered as a pencil sketch or animated character, as a World Cup soccer player, and in more original, fun themes. If you’ve already taken AI Time Machine™ for a spin, you can generate the new themes on an existing model, or upload a new set of photos to create dazzling avatars. Avatars are perfect for sharing with your family and friends or for using as your profile photo on social media.

Try AI Time Machine™, including the new avatars

Below you’ll find some examples of the new avatars.

World Cup Soccer Player:

World Cup Soccer Player (Retro):

Action Figure:

Game Character:

Adventurer:

Dragon Rider:

Pencil Sketch:

Color Splash:

Chess Player:

Santa Claus:

Accessing the new avatars

Creating new images with the avatar themes is easy. If you’ve already used AI Time Machine™, visit your gallery to get started. Click on any model in the gallery to open the results page. There are now two tabs above the results, representing the categories: Time Travel and Avatars (new).

Updated results page with new tabs (click to zoom)

Avatars tab (click to zoom)

As part of this product enhancement, we’ve changed the one-time purchase options to provide our users with the best value possible. Users can now choose between 3 AI Time Machine™ packages to create one model and receive images in all themes for that package. The Time Travel Package includes approximately 60 themes (480 images) representing historical eras. The Avatar Package includes approximately 40 themes (320 images) from different areas of popular culture: sports, street art, cartoons, sketches, and more. The All-Inclusive Package includes all 100 themes (800 images) for a special discounted price.

To generate the avatars, click the Avatars tab and follow the instructions on the screen for purchasing an Avatar Package.

We’ve also improved the way you receive your results. Last week we announced the addition of an AI Time Machine™ Gallery for your images. Starting today, AI Time Machine™ will automatically generate your images in all themes available for the package that you purchased. Previously, users received a handful of auto-generated themes, and had to select additional themes one-by-one. Thanks to this change, all images are created for you up front. If more themes are later added to the package you purchased, you’ll be able to generate images using those themes at no additional cost.

To maximize privacy, uploaded photos are deleted immediately once your results are ready.

If you haven’t tried AI Time Machine™ yet, try it now !

The AI Time Machine™ packages are very affordable. Time Travel Package: only $12 for 480+ images. Avatar Package: only $10 for 320+ images. All-Inclusive Package: only $18 for 800+ images.

Users with an active free trial for the MyHeritage Complete plan enjoy a significant discount of 50% on all AI Time Machine™ packages.

Users with a Complete subscription are entitled to create models for up to 3 people each year and receive all themes in the All-Inclusive Package for each model (800+ images), at no additional cost.

Users who previously purchased a 20-theme pack and still have a quota of remaining themes can use them to create any of the Time Travel themes individually, as before.

The addition of the avatars multiplies the fun you can have with AI Time Machine™. That perfect profile photo or beautiful collage for your next social media post is just a few clicks away. We’re working hard to make continued enhancements and add new capabilities that keep the AI Time Machine™ fun and engaging. Whether you’ve already created AI Time Machine™ images that you love, or are finally ready to join in the fun, we invite you to try AI Time Machine™ and the new avatars today !

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On Time Travel: Blueprint for an AI-Powered Time Machine

Time travel is possible - just not in the way you imagine. We assume that humans experience objective time, but we don’t. We experience subjective time. Even when we encounter the same event, our emotional processing causes us to live in different realities. With an intangible barrier between us, it’s time to consider that time travel might start here. When we do, a blueprint for an AI-powered time machine emerges. Time Doesn’t Work the Way You Think Our perception of time is man-made. The weekdays come from the seven celestial objects seen in the sky - SATURN-day, SUN-day, MOON-day. The month - or MOONth - from the moon's cycle, and the year from the Earth’s orbit. Hours, minutes, and seconds come from the creation of the clock, simply designed by a monk to coordinate prayers. We hide the abstract nature of time behind the names, ideas, and metaphors that are easily available to us. Only, once Einstein’s theory of relativity revealed that time is also space, the smooth linear structures we created were exposed as naive coping mechanisms, and time became mystical and mind-boggling again. Think about the night sky. Everything you see in the sky belongs to the past. The moon is 1.3 light seconds away - the time it takes light, the fastest moving feature to travel - and Betelgeuse 700 light years away. Aliens could already be setting off from Andromeda to invade Earth, but we wouldn’t see them for another 2.5 million years . We never see reality as it is, only as it was. Time Travel is Normal Time machines surround us. The faster inanimate objects travel, the slower they experience time. Objects like clocks on airplanes travel at a different speed to those on Earth. Traveling at ~14,000 kilometers an hour slows a clock by 8 microseconds per day - the time distortion effect is so meaningful that today’s GPS systems require time travel correcting calculations to maintain accuracy. Our thinking patterns deny this commonality as they’re steeped in emotion, not science. The laws of physics dictate that time travel is possible but that nothing in the past or future can be altered - and yet, our conversations about time travel are often rooted in the desire to make a change. We want to go back and save the world from Hitler, keep our exes from leaving, tell a departed one how much we loved them. Whether it’s Doctor Who or Back to the Future, our imagination and mathematics ignore the simple question needed to master our relationship with time:

Are we trying to experience the past or future, or trying to make today better?

You’re Already Time Travelling Ironically, we make today better by accepting that we are all time travellers. The events and traumas we experience in life shift our perspective, making us unique individuals. Whether it’s severe injustices like genocide or slavery, or the overwhelm of seemingly insurmountable problems like climate change or inequality, no two humans converse from the same place. Often we embody a combination of past attachments and future projections. Whatever the cause, life gets easier when we accept that we’re only ever communicating with other time travellers, each relating to us from a different position. Like the night sky, humanity might look stationary and coherent, yet we exist light years away from each other. Our Experience of Time is Emotional There are two types of time, subjective and objective. We time travel and experience subjective time because, at any point, our brains actively construct our perception of time. That’s why two people can see the same event but remember it entirely differently, and why experimenters can retrospectively change the sequence of events a person remembers. Breakthroughs in neuroscience and fMRIs show that our imagination travels to alter our perception of reality. Our real-world experiences trigger different emotional memories and as a result, different biomechanical networks. When an event occurs - like a job loss, death, or birth - our brain uses memories to predict our emotional response and then restructures reality to confirm the feeling. The more memories of a feeling, the more likely we will experience it. Scientific discovery is telling us that the delta between subjective and objective time is emotion. Just as color is an illusion created by the brain’s processing of electromagnetic waves , subjective time is a representation of emotion. Even as the wheel of history turns, our emotional range remains the same, suggesting that we are using a static emotional range to process the dynamism of time. Understanding this relativity may be the key to quantifying the space between us.

Time Travel is Possible for the Mind The way we imagine ourselves and time travel is limited. The longevity of objects, like clocks on airplanes or satellites, is based on its physicality: the materials used, and the operational mechanisms. But, we’re not objects. We are different. We are conscious. Researchers from the renowned Max Planck Institute suggest that our universe lives only in our perception, and once our physical bodies die, there is an infinitely larger reality. Quantum mechanics reinforces the theory. Increasingly, the scientific consensus explains that our bodies are the ultimate virtual-reality machines.

The human body - a temporary sentient structure made of 97% stardust - is the component of our nature most susceptible to time, making it the last piece that is able to move through spacetime. Following the research of Einstein , Planck , Wigner , Schrodinger , Witten , Tesla , who consider consciousness to be the core of reality, we would start by designing time machines at the level of the intangible. Time Travel Software is Possible Consciousness is elusive, and still, emotions provide intuitive understanding. Emotions seemingly travel - we feel other people’s sadness and joy. Emotions seemingly follow gravity - we get weighed down the tighter we hold onto them. And emotions seemingly move at different speeds - time flies when we’re having fun. With 27% of the universe composed of a not-yet-characterized subatomic particle, it’s possible that emotions - from the Latin “ energy in motion ” - are a type of particle that physically exists in spacetime. What if AI could show us where? Leveraging generative AI could identify the location of key emotional memories that have been trapped in the past, or projected onto the future, and their memory strength. Through aggregated psychological questionnaires, research on emotional triggers, memory-intensity tests, DNA structures, and legacy challenges, AI applications could identify an individual’s emotional positioning. The Mechanics of an AI-Powered Time Machine An AI application that synthesizes vast learnings from psychology to biology is conceivable. But, what’s still unknown is the vehicle AI would create to determine our emotional memory location. Once realized, this AI starts by locating an individual’s emotional experience, whether in the past or future, and determining its intensity, whether large or small. It then maps the experience through spacetime, as visualized below.

With this data, we could create an AI-powered time travel machine that would nudge an individual’s emotional consciousness into experiencing the present. By focusing on moving the most intense memories, it could dissolve their power on the present. It wouldn’t eliminate negative emotions; instead, it would stop us getting stuck in their experiences. Remarkably, the technological capability required isn’t far off as the skills needed are already universal. They are forgiveness, mercy, reconciliation, and retribution. The technical solution is to identify trapped emotions and then move them into the present to increase consciousness. AI is the tool we can use to understand where we are today, and to apply existing collective wisdom to move us into prosperity. Change Consciousness, Change Reality An AI-powered time machine would move individuals into the now and experience objective time, allowing us to relate easily to others. Whether it’s partying at Woodstock, joining the feasts in Ancient Rome, or hanging out with the teens in the year 2500, individuals would be able to feel what it’s like to be in a person’s shoes without ever needing to be. Because anger in 2023 feels the same as anger in 1950. It’s empathy, with boundaries. With individual maps in hand, they could be used as pixels to create an image of humanity that collectively generates an estimated location of “now.” If built with the compassionate strength required to hold people through the pain of letting go and into the coordinates of the present, it could have a physical effect on the location of the particles. This would change our reality, fundamentally changing what we choose to create, and it could do the unthinkable. It could open a traversable wormhole. One that takes us from today’s world of suffering into a world of peace.

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Time Travel Using AI + VR?

Introduction

Artificial Intelligence(AI) and Time travel have been here for a long time. Although they have nothing to do with each other as of now, the incomprehensible combination of AI and Virtual Reality(VR) could open doors for Time Travel in the future.

We’ll get into the hows, ifs, and whens of AI + VR assisting Time Travel. But first of all, let’s be clear about all three concepts:

Virtual Reality – This reality is a simulated 3D environment constructed with technology in which an individual may interact with a computer-generated environment and with their imagination.

Artificial Intelligence – It refers to the ability of a machine to perform tasks that normally require human intelligence.

Time Travel – Time travel is the ability to travel through time.

First of all, let’s explore deeply, the concept of ‘Time Travel’

Time Travel is a fictional concept with a “missing piece of the puzzle”, and the missing piece is TIME itself. Time does not exist in reality because the past is history, the future does not exist, and the present – what fraction of time is the present? Present – looks like a burning cigarette.

Time itself stands like a question when it comes to physical time travel. We just can’t travel in time because time is an illusion and has no physical existence.

The reason why we can’t physically travel in Time is that it is not a physical thing in our lives; rather it’s a concept. And a concept is something conceived in the mind .

A physical system can perform and manage processes internal to the system. On the other hand, change to, or use of, a conceptual system involves processes performed by external physical systems interacting with the conceptual system.

It’s about physicalizing the concept of time travel.

So, what this article is all about?

How AI and VR will help us with time travel?

The combination of Artificial Intelligence and Virtual Reality is a simple concept, yet dangerous in its way. This combination of technologies, as you may have guessed, will be used to develop and implement life-like experiences and even let you travel in time.

The following picture illustrates the concept of physical artificial intelligence wearing a VR headset. But this is not how it is going to work. Rather, the one who will be wearing the headset will still be you, and the AI will exist in the Virtual Simulation.

These artificial bits of intelligence will have the capability to simulate life much like in the movie “Ex Machina”. They can make themselves appear lifelike by using VR simulations and act at a given time (instead of now) in their lives.

The Visual Immersion of Virtual Reality will be a key part of artificial intelligence to be able to simulate a life-like experience. Instead of VR headsets, we will need something futuristic such as VR eye lenses. The reason for this is very simple, “immersion”.

But the Virtual Reality part does not stop right there. When we are talking about traveling in time with VR, we need to be able to interact with our environment in a very similar way as we would in the normal physical world.

Exactly, this is where machines and programming come in . They will then be able to manipulate the elements of our environment exactly as we would in the real world.

They will be able to control the elements of our environment, according to their programming and based on what they have learned from us. Artificial intelligence will then be able to simulate life exactly as we want it to . Let’s take a hypothetical scenario:

Artificial intelligence has the capability of simulating life: past, present, and possible future. And it uses virtual reality to make the simulation very lifelike.

How will Artificial Intelligence simulate life/time?

Using trillions of historical pattern analyses, artificial intelligence will simulate life as well as time.

This AI will use the exact data . And, it will then be able to simulate exactly what our time travel trip would be like in the future.

The AI will have the capability to travel through time. As a result, it will be able to learn what we want it to learn. The AI can then take the knowledge of millions of years of historical data . A nd it will then simulate it in a way that appears lifelike.

We don’t even need to travel in Time for the AI to gather all this data. It’s because it can just do it from anywhere at any time. Its work speed will probably be even faster than the speed of light, i.e. more than 299 792 458 m/s. It’s all about programming, algorithms, and efficiency.

What will Artificial Intelligence do with the gathered historical data?

If you would have been able to travel in time and go to the past, you would have probably learned new things that would have helped you in the future. For example, learning about inventions or even coming across new technology .

The AI won’t be any different, but it will “actually” go to the past and learn things . Unlike humans, AI can go in time as many times as it needs to, without any disability.

What is this “ disability ” that I’m talking about? Disability is the limitation of the human body and senses that restricts us from exploring the world around us.

Artificial Intelligence will not have those limitations , it will simply be able to travel in time and gather historical data at an unlimited speed. This acquisition of data through time traveling would provide the AI with all the information needed to become Artificial AI(AAI) or any other super-intelligent entity .

Artificial Intelligence will then compare what it has learned from the historical data and its own “programming”. The comparison will determine how to design new environments, new cities, and even new universes .

Imagine a world where you can travel back to ancient Egypt, without actually having to physically travel there. You will just have to program the AI, tell it your destination and it will be able to simulate it for you.

This is why I’m saying, “AI + VR is one of the most dangerous combinations in the entire universe “.

The future does not exist yet, right?

Yes, that’s true. There is no such thing as ‘future’. What AI + VR will do is they will help us live in a possible future. The most likely one.

Don’t get me wrong, nobody can program the future. We can only describe it as a “continuous process of change”. This means that there are infinite possibilities of what the future might look like . But some futures are more likely than others. And it all depends on who is creating the future.

This brings us back to the main story. What AI + VR will do for us is they will create a possible future, based on whatever we have gathered from knowledge and data throughout time. So what? What does this destruction of time mean for us?

The destruction of time means that we won’t be able to tell apart between reality and imagination/simulation anymore.

The thing is that we won’t even know that our futures are based on historical data, and not on our imagination.

By doing things in the present moment, we are affecting the future – people often call this the causality principle . VR + AI combo can even change that .

The laws of nature and Virtual Reality

The biggest advantage of “Virtual” reality is that the laws of nature will not apply there. You can feel the opposite gravity or travel faster than the speed of light. You can manipulate time in a way that you want to.

This is why VR is one of the most powerful tools, which has not been created yet. Yes, Virtual Reality has not been created yet.

We are nowhere close to creating a fully realistic simulation of the world around us.

As said in a previous article, defeating the laws of nature inside Virtual reality and being able to live there simply means “ defeating nature “.

The step-by-step process – How AI and VR are going to help us achieve time travel

If you are still confused, let me put it most simply; simple at a subatomic level:

For this , we need a VR lens, a space in the physical world where we do all the VR things, the ability to get VR senses , and powerful AI that gathers trillions upon trillions of historical data and then uses that data to build a simulation of the future and an AI program, by using which the user gets an immersive experience of what is “possible”.

1) First, we need a VR lens that is nothing similar to current VR boxes so that we are immersed in the VR world.

What this means is that we need a 3D VR display; not a normal 2D monitor sitting on your desk. It will virtualize the entire reality around us.

That’s the reason why we need no physical objects to hold in our hands; such as an Oculus Rift or a similar product. It would be like you are inside the videogame world…that’s all we could get from it.

But instead of playing video games, this would be making a “Virtual Reality” out of our current physical world.

Physical world

2) Then we need a space in the physical world where we do all the VR things. Can I call the ‘space’ a time machine?

It’s too early to tell what this “time machine” will look like, but it is safe to assume that it will be a small space, just for our bodies to get adjusted.

3) Then we will need the ability to get VR senses. The senses will be able to perceive VR things as if they were real – just like our senses. AI chips will help us feel like everything is real.

We do not need any physical sensors or heads-up displays or anything like that. All of our senses would be virtualized and augmented in a way that we could just see and feel everything as if it was real – just like our physical senses work.

The sensory system works with each other, and now we are going to make it work with the world around us as well.

Data collection and analysis

4) AI collects trillions upon trillions of historical data, microscopically analyzes it, and then uses that data to build a simulation of the future.

This is the final stage, when we have all the necessary ingredients in place, AI will be able to program itself and create a simulation of the future world. Although it won’t be 100% accurate, AI will simulate the most probable future.

Using AI program

5) Using the AI program, the user gets an immersive experience of what is “possible”. That’s exactly what we are aiming for.

It’s not about “what is going to happen”, but rather “what’s highly possible”.

You would need really really high enough computational power. When I say really really high, I don’t mean an upgrade to our current computers. I mean a revolution, a complete change in the hardware architecture of the hardware.

You would feel like that was real, and when you kill someone, they could really die.

You can see elsewhere what I meant by “being able to live in this world”

How scientific is my theory?

First of all, I would not say that this is “MY” theory . In the current age of the internet, nothing belongs to nobody. I thought that I was the first to realize it, but the fact is that this may or may not be something new. Lots of people have been talking about time travel for ages now.

The most famous is H G Wells’ 1895 book “ The Time Machine “, a science fiction novella, which is generally credited with the popularization of the concept of time travel by using a vehicle or device to travel purposely and selectively forward or backward through time.

I have been following time traveling and other time-related theories since I was a kid. But when I became really interested in Artificial Intelligence and Virtual Reality, then this idea just came up naturally by itself.

My theory is based on time traveling because it is the most popular topic related to “time” and it matched my enthusiastic interest to do something different. So I tried to look at the issue of time from the opposite side.

I am not even saying that this is entirely true, there are just a lot of facts that support my theory; such as AI getting good enough, or Virtual Reality making an immersion realistic enough. It’s all about reaching that point, and we can’t explain any reality without imagination.

Final lines

Virtual reality and Artificial Intelligence are undoubtedly the things of the future. The present Amazon Alexa and Sophia are just unborn babies. At the same time, Oculus Rift and other “advanced” VR headsets are still inside the womb .

The future, as I said before, could hardly be predicted, not by the farthest level of AI. But the most likely future I can predict is the one where we surpass the natural laws with the combination of Artificial Intelligence and Virtual Reality.

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September 2, 2014

Time Travel Simulation Resolves “Grandfather Paradox”

What would happen to you if you went back in time and killed your grandfather? A model using photons reveals that quantum mechanics can solve the quandary—and even foil quantum cryptography

By Lee Billings

On June 28, 2009, the world-famous physicist Stephen Hawking threw a party at the University of Cambridge, complete with balloons, hors d'oeuvres and iced champagne. Everyone was invited but no one showed up. Hawking had expected as much, because he only sent out invitations after his party had concluded. It was, he said, "a welcome reception for future time travelers," a tongue-in-cheek experiment to reinforce his 1992 conjecture that travel into the past is effectively impossible.

But Hawking may be on the wrong side of history. Recent experiments offer tentative support for time travel's feasibility—at least from a mathematical perspective. The study cuts to the core of our understanding of the universe, and the resolution of the possibility of time travel, far from being a topic worthy only of science fiction, would have profound implications for fundamental physics as well as for practical applications such as quantum cryptography and computing.

Closed timelike curves The source of time travel speculation lies in the fact that our best physical theories seem to contain no prohibitions on traveling backward through time. The feat should be possible based on Einstein's theory of general relativity, which describes gravity as the warping of spacetime by energy and matter. An extremely powerful gravitational field, such as that produced by a spinning black hole, could in principle profoundly warp the fabric of existence so that spacetime bends back on itself. This would create a "closed timelike curve," or CTC, a loop that could be traversed to travel back in time.

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Hawking and many other physicists find CTCs abhorrent, because any macroscopic object traveling through one would inevitably create paradoxes where cause and effect break down. In a model proposed by the theorist David Deutsch in 1991, however, the paradoxes created by CTCs could be avoided at the quantum scale because of the behavior of fundamental particles, which follow only the fuzzy rules of probability rather than strict determinism. "It's intriguing that you've got general relativity predicting these paradoxes, but then you consider them in quantum mechanical terms and the paradoxes go away," says University of Queensland physicist Tim Ralph. "It makes you wonder whether this is important in terms of formulating a theory that unifies general relativity with quantum mechanics."

Experimenting with a curve Recently Ralph and his PhD student Martin Ringbauer led a team that experimentally simulated Deutsch's model of CTCs for the very first time, testing and confirming many aspects of the two-decades-old theory. Their findings are published in Nature Communications. Much of their simulation revolved around investigating how Deutsch's model deals with the “grandfather paradox,” a hypothetical scenario in which someone uses a CTC to travel back through time to murder her own grandfather, thus preventing her own later birth. ( Scientific American is part of Nature Publishing Group.)

Deutsch's quantum solution to the grandfather paradox works something like this:

Instead of a human being traversing a CTC to kill her ancestor, imagine that a fundamental particle goes back in time to flip a switch on the particle-generating machine that created it. If the particle flips the switch, the machine emits a particle— the particle—back into the CTC; if the switch isn't flipped, the machine emits nothing. In this scenario there is no a priori deterministic certainty to the particle's emission, only a distribution of probabilities. Deutsch's insight was to postulate self-consistency in the quantum realm, to insist that any particle entering one end of a CTC must emerge at the other end with identical properties. Therefore, a particle emitted by the machine with a probability of one half would enter the CTC and come out the other end to flip the switch with a probability of one half, imbuing itself at birth with a probability of one half of going back to flip the switch. If the particle were a person, she would be born with a one-half probability of killing her grandfather, giving her grandfather a one-half probability of escaping death at her hands—good enough in probabilistic terms to close the causative loop and escape the paradox. Strange though it may be, this solution is in keeping with the known laws of quantum mechanics.

In their new simulation Ralph, Ringbauer and their colleagues studied Deutsch's model using interactions between pairs of polarized photons within a quantum system that they argue is mathematically equivalent to a single photon traversing a CTC. "We encode their polarization so that the second one acts as kind of a past incarnation of the first,” Ringbauer says. So instead of sending a person through a time loop, they created a stunt double of the person and ran him through a time-loop simulator to see if the doppelganger emerging from a CTC exactly resembled the original person as he was in that moment in the past.

By measuring the polarization states of the second photon after its interaction with the first, across multiple trials the team successfully demonstrated Deutsch's self-consistency in action. "The state we got at our output, the second photon at the simulated exit of the CTC, was the same as that of our input, the first encoded photon at the CTC entrance," Ralph says. "Of course, we're not really sending anything back in time but [the simulation] allows us to study weird evolutions normally not allowed in quantum mechanics."

Those "weird evolutions" enabled by a CTC, Ringbauer notes, would have remarkable practical applications, such as breaking quantum-based cryptography through the cloning of the quantum states of fundamental particles. "If you can clone quantum states,” he says, “you can violate the Heisenberg uncertainty principle,” which comes in handy in quantum cryptography because the principle forbids simultaneously accurate measurements of certain kinds of paired variables, such as position and momentum. "But if you clone that system, you can measure one quantity in the first and the other quantity in the second, allowing you to decrypt an encoded message."

"In the presence of CTCs, quantum mechanics allows one to perform very powerful information-processing tasks, much more than we believe classical or even normal quantum computers could do," says Todd Brun, a physicist at the University of Southern California who was not involved with the team's experiment. "If the Deutsch model is correct, then this experiment faithfully simulates what could be done with an actual CTC. But this experiment cannot test the Deutsch model itself; that could only be done with access to an actual CTC."

Alternative reasoning Deutsch's model isn’t the only one around, however. In 2009 Seth Lloyd, a theorist at Massachusetts Institute of Technology, proposed an alternative , less radical model of CTCs that resolves the grandfather paradox using quantum teleportation and a technique called post-selection, rather than Deutsch's quantum self-consistency. With Canadian collaborators, Lloyd went on to perform successful laboratory simulations of his model in 2011. "Deutsch's theory has a weird effect of destroying correlations," Lloyd says. "That is, a time traveler who emerges from a Deutschian CTC enters a universe that has nothing to do with the one she exited in the future. By contrast, post-selected CTCs preserve correlations, so that the time traveler returns to the same universe that she remembers in the past."

This property of Lloyd's model would make CTCs much less powerful for information processing, although still far superior to what computers could achieve in typical regions of spacetime. "The classes of problems our CTCs could help solve are roughly equivalent to finding needles in haystacks," Lloyd says. "But a computer in a Deutschian CTC could solve why haystacks exist in the first place.”

Lloyd, though, readily admits the speculative nature of CTCs. “I have no idea which model is really right. Probably both of them are wrong,” he says. Of course, he adds, the other possibility is that Hawking is correct, “that CTCs simply don't and cannot exist." Time-travel party planners should save the champagne for themselves—their hoped-for future guests seem unlikely to arrive.

The Quantum Physics of Time Travel (All-Access Subscribers Only) By David Deutsch and Michael Lockwood

Can Quantum Bayesianism Fix the Paradoxes of Quantum Mechanics?

Astrophysicist J. Richard Gott on Time Travel

Is Time Travel Possible?

We all travel in time! We travel one year in time between birthdays, for example. And we are all traveling in time at approximately the same speed: 1 second per second.

We typically experience time at one second per second. Credit: NASA/JPL-Caltech

NASA's space telescopes also give us a way to look back in time. Telescopes help us see stars and galaxies that are very far away . It takes a long time for the light from faraway galaxies to reach us. So, when we look into the sky with a telescope, we are seeing what those stars and galaxies looked like a very long time ago.

However, when we think of the phrase "time travel," we are usually thinking of traveling faster than 1 second per second. That kind of time travel sounds like something you'd only see in movies or science fiction books. Could it be real? Science says yes!

Image of galaxies, taken by the Hubble Space Telescope.

This image from the Hubble Space Telescope shows galaxies that are very far away as they existed a very long time ago. Credit: NASA, ESA and R. Thompson (Univ. Arizona)

How do we know that time travel is possible?

More than 100 years ago, a famous scientist named Albert Einstein came up with an idea about how time works. He called it relativity. This theory says that time and space are linked together. Einstein also said our universe has a speed limit: nothing can travel faster than the speed of light (186,000 miles per second).

Einstein's theory of relativity says that space and time are linked together. Credit: NASA/JPL-Caltech

What does this mean for time travel? Well, according to this theory, the faster you travel, the slower you experience time. Scientists have done some experiments to show that this is true.

For example, there was an experiment that used two clocks set to the exact same time. One clock stayed on Earth, while the other flew in an airplane (going in the same direction Earth rotates).

After the airplane flew around the world, scientists compared the two clocks. The clock on the fast-moving airplane was slightly behind the clock on the ground. So, the clock on the airplane was traveling slightly slower in time than 1 second per second.

Credit: NASA/JPL-Caltech

Can we use time travel in everyday life?

We can't use a time machine to travel hundreds of years into the past or future. That kind of time travel only happens in books and movies. But the math of time travel does affect the things we use every day.

For example, we use GPS satellites to help us figure out how to get to new places. (Check out our video about how GPS satellites work .) NASA scientists also use a high-accuracy version of GPS to keep track of where satellites are in space. But did you know that GPS relies on time-travel calculations to help you get around town?

GPS satellites orbit around Earth very quickly at about 8,700 miles (14,000 kilometers) per hour. This slows down GPS satellite clocks by a small fraction of a second (similar to the airplane example above).

Illustration of GPS satellites orbiting around Earth

GPS satellites orbit around Earth at about 8,700 miles (14,000 kilometers) per hour. Credit: GPS.gov

However, the satellites are also orbiting Earth about 12,550 miles (20,200 km) above the surface. This actually speeds up GPS satellite clocks by a slighter larger fraction of a second.

Here's how: Einstein's theory also says that gravity curves space and time, causing the passage of time to slow down. High up where the satellites orbit, Earth's gravity is much weaker. This causes the clocks on GPS satellites to run faster than clocks on the ground.

The combined result is that the clocks on GPS satellites experience time at a rate slightly faster than 1 second per second. Luckily, scientists can use math to correct these differences in time.

Illustration of a hand holding a phone with a maps application active.

If scientists didn't correct the GPS clocks, there would be big problems. GPS satellites wouldn't be able to correctly calculate their position or yours. The errors would add up to a few miles each day, which is a big deal. GPS maps might think your home is nowhere near where it actually is!

In Summary:

Yes, time travel is indeed a real thing. But it's not quite what you've probably seen in the movies. Under certain conditions, it is possible to experience time passing at a different rate than 1 second per second. And there are important reasons why we need to understand this real-world form of time travel.

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Steins;Gate

Eccentric scientist Rintarou Okabe has a never-ending thirst for scientific exploration. Together with his ditzy but well-meaning friend Mayuri Shiina and his roommate Itaru Hashida, Okabe founds the Future Gadget Laboratory in the hopes of creating technological innovations that baffle the human psyche. Despite claims of grandeur, the only notable "gadget" the trio have created is a microwave that has the mystifying power to turn bananas into green goo. However, when Okabe attends a conference on time travel, he experiences a series of strange events that lead him to believe that there is more to the "Phone Microwave" gadget than meets the eye. Apparently able to send text messages into the past using the microwave, Okabe dabbles further with the "time machine," attracting the ire and attention of the mysterious organization SERN. Due to the novel discovery, Okabe and his friends find themselves in an ever-present danger. As he works to mitigate the damage his invention has caused to the timeline, Okabe fights a battle to not only save his loved ones but also to preserve his degrading sanity. [Written by MAL Rewrite]

Re:Zero kara Hajimeru Isekai Seikatsu

Re:zero -starting life in another world-.

When Subaru Natsuki leaves the convenience store, the last thing he expects is to be wrenched from his everyday life and dropped into a fantasy world. Things are not looking good for the bewildered teenager; however, not long after his arrival, he is attacked by some thugs. Armed with only a bag of groceries and a now useless cell phone, he is quickly beaten to a pulp. Fortunately, a mysterious beauty named Satella, in hot pursuit after the one who stole her insignia, happens upon Subaru and saves him. In order to thank the honest and kindhearted girl, Subaru offers to help in her search, and later that night, he even finds the whereabouts of that which she seeks. But unbeknownst to them, a much darker force stalks the pair from the shadows, and just minutes after locating the insignia, Subaru and Satella are brutally murdered. However, Subaru immediately reawakens to a familiar scene—confronted by the same group of thugs, meeting Satella all over again—the enigma deepens as history inexplicably repeats itself. [Written by MAL Rewrite]

Boku dake ga Inai Machi

When tragedy is about to strike, Satoru Fujinuma finds himself sent back several minutes before the accident occurs. The detached, 29-year-old manga artist has taken advantage of this powerful yet mysterious phenomenon, which he calls "Revival," to save many lives. However, when he is wrongfully accused of murdering someone close to him, Satoru is sent back to the past once again, but this time to 1988, 18 years in the past. Soon, he realizes that the murder may be connected to the abduction and killing of one of his classmates, the solitary and mysterious Kayo Hinazuki, that took place when he was a child. This is his chance to make things right. Boku dake ga Inai Machi follows Satoru in his mission to uncover what truly transpired 18 years ago and prevent the death of his classmate while protecting those he cares about in the present. [Written by MAL Rewrite]

Tokyo Revengers

Takemichi Hanagaki's second year of middle school was the highest point in his life. He had respect, a gang of friends he could count on, and even a girlfriend. But that was twelve years ago. Today, he's a nobody: a washed-up nonentity made fun of by children and always forced to apologize to his younger boss. A sudden news report on the Tokyo Manji Gang's cruel murder of the only girlfriend he ever had alongside her brother only adds insult to injury. Half a second before a train ends his pitiful life for good, Takemichi flashes back to that same day 12 years ago, when he was still dating Hinata Tachibana. After being forced to relive the very same day that began his downward spiral, Takemichi meets Hinata's younger brother. Without thinking, he admits to his seeming death before flashing back to the past. Takemichi urges him to protect his sister before inexplicably returning to the future. Miraculously, he is not dead. Stranger still, the future has changed. It seems as though Takemichi can alter the flow of time. Given the chance to prevent his ex-girlfriend's tragic death at the hands of the Tokyo Manji Gang, Takemichi decides to fly through time to change the course of the future. [Written by MAL Rewrite]

Re:Zero kara Hajimeru Isekai Seikatsu 2nd Season

Re:zero -starting life in another world- season 2.

A reunion that was supposed to spell the arrival of peaceful times is quickly shattered when Subaru Natsuki and Emilia return to Irlam village. Witnessing the devastation left behind by the calamities known as Sin Archbishops, Subaru sinks into the depths of despair as his ability to redo proves futile. As the group makes their way to the Sanctuary in search of answers, Subaru has an unexpected encounter with the Witch of Greed—Echidna. Subjected to her untamed rhythm, he is forced to dive into the spirals of the past and future. At the same time, several mysterious threats set their sights on the Sanctuary, heralding a horrific fate for the hapless people trapped within. Everlasting contracts, past sins, and unrequited love will clash and submerge into a river of blood in the second season of Re:Zero kara Hajimeru Isekai Seikatsu. Pushed to the brink of hopelessness, how long will Subaru's resolve to save his loved ones last? [Written by MAL Rewrite]

Re:Zero kara Hajimeru Isekai Seikatsu 2nd Season Part 2

Re:zero -starting life in another world- season 2 part 2.

After a stern yet compelling speech by Otto Suwen, Subaru Natsuki solemnly swears that he will successfully make it through this timeline and save everyone he can along the way. The first step toward achieving this goal is to help Emilia work through her past; however, that is easier said than done. Feeling as if she has been lied to by everyone around her, it will be difficult for Emilia to trust anyone, even Subaru, her self-proclaimed knight. Re:Zero kara Hajimeru Isekai Seikatsu 2nd Season Part 2 presents the culmination of Subaru's experiences with the Sanctuary and its people, along with his unwillingness to give up hope on saving them. [Written by MAL Rewrite]

Steins;Gate 0

The eccentric, self-proclaimed mad scientist Rintarou Okabe has become a shell of his former self. Depressed and traumatized after failing to rescue his friend Makise Kurisu, he has decided to forsake his mad scientist alter ego and live as an ordinary college student. Surrounded by friends who know little of his time travel experiences, Okabe spends his days trying to forget the horrors of his adventures alone. While working as a receptionist at a college technology forum, Okabe meets the short, spunky Maho Hiyajo, who later turns out to be the interpreter at the forum's presentation, conducted by Professor Alexis Leskinen. In front of a stunned crowd, Alexis and Maho unveil Amadeus—a revolutionary AI capable of storing a person's memories and creating a perfect simulation of that person complete with their personality and quirks. Meeting with Maho and Alexis after the presentation, Okabe learns that the two were Kurisu's colleagues in university, and that they have simulated her in Amadeus. Hired by Alexis to research the simulation's behavior, Okabe is given the chance to interact with the shadow of a long-lost dear friend. Dangerously tangled in the past, Okabe must face the harsh reality and carefully maneuver around the disastrous consequences that come with disturbing the natural flow of time. [Written by MAL Rewrite]

Naho Takamiya's first day of her sophomore year of high school is off to an uneasy start. After waking up late, she receives a strange letter addressed to her. However, the letter is from herself—10 years in the future! At first, Naho is skeptical of the note; yet, after witnessing several events described to take place, she realizes the letter really is from her 26-year-old self. The note details that Naho's future life is filled with regrets, and she hopes that her younger self can correct the mistakes that were made in the past. The letter also warns her to keep a close eye on the new transfer student, Kakeru Naruse. Naho must be especially careful in making decisions involving him, as Kakeru is not around in the future. With the letter as her guide, Naho now has the power to protect Kakeru before she comes to regret it once more. [Written by MAL Rewrite]

Kagome Higurashi's 15th birthday takes a sudden turn when she is forcefully pulled by a demon into the old well of her family's shrine. Brought to the past, when demons were a common sight in feudal Japan, Kagome finds herself persistently hunted by these vile creatures, all yearning for an item she unknowingly carries: the Shikon Jewel, a small sphere holding extraordinary power. Amid such a predicament, Kagome encounters a half-demon boy named Inuyasha who mistakes her for Kikyou, a shrine maiden he seems to resent. Because of her resemblance to Kikyou, Inuyasha takes a violent dislike to Kagome. However, after realizing the dire circumstances they are both in, he sets aside his hostility and lends her a hand. Unfortunately, during a fight for the Shikon Jewel, the miraculous object ends up shattered into pieces and scattered across the land. Fearing the disastrous consequences of this accident, Kagome and Inuyasha set out on a challenging quest to recover the shards before they fall into the wrong hands. [Written by MAL Rewrite]

Toki wo Kakeru Shoujo

The girl who leapt through time.

Makoto Konno is in her last year of high school, but is having a hard time deciding what to do with her future. In between enduring the pressure of her teachers and killing time with her best friends, Makoto's life suddenly changes when she accidentally discovers that she is capable of literally leaping through time. Toki wo Kakeru Shoujo follows Makoto as she plays around with her newfound power. However, she soon learns the hard way that every choice has a consequence, and time is a lot more complicated than it may seem. [Written by MAL Rewrite]

Kaifuku Jutsushi no Yarinaoshi

Redo of healer.

When Keyaru acquired his powers as a Hero who specialized in healing all injuries regardless of severity, it seemed that he would walk the path to a great future. But what awaited him instead was great agony; he was subjected to years of seemingly endless hellish torture and abuse. Keyaru's healing skills allowed him to secretly collect the memories and abilities of those he treated, gradually making him stronger than anyone else. But by the time he reached his full potential, it was far too late—he had already lost everything. Determined to put his life back on track, Keyaru decided to unleash a powerful healing spell that rewound the entire world back to the time before he began to suffer his horrible fate. Equipped with the anguish of his past, he vows to redo everything in order to fulfill a new purpose—to exact revenge upon those who have wronged him. [Written by MAL Rewrite]

Vivy: Fluorite Eye's Song

Vivy -fluorite eye's song-.

When highly evolved AIs set out to eradicate mankind, the carnage that ensues fills the air with the stench of fresh blood and burning bodies. In a desperate bid to prevent the calamity from ever occurring, a scientist bets everything on a remnant from the past. Turning the clock back a hundred years, AIs are already an integral part of human society, programmed with specific missions meant to be carried out for their entire course of operation. Vivy, the first ever autonomous AI, is a songstress tasked with spreading happiness through her voice. In a theme park where she hardly ever gets a proper audience, she strives to pour her heart out into her performances, bound to repeat it day after day—that is, until an advanced AI from the future appears before her and enlists her help in stopping a devastating war a hundred years in the making. With no time to process the revelation that flips her world upside down, Vivy is catapulted into a century-long journey to avert the violent history yet to come. [Written by MAL Rewrite]

Summertime Render

Summer time rendering.

Since the death of his parents, Shinpei Ajiro had lived with the Kofune family and their two daughters—Mio and Ushio. Although he then left his home island to continue his education in Tokyo, Shinpei returns after Ushio tragically drowns during the attempted rescue of a little girl. During the funeral, his best friend informs him about bruises found around Ushio's neck, casting doubt over the cause of her death. Suspecting a murder has taken place, Shinpei reevaluates recent events, but strange incidents only continue to transpire. Disappearing people and other unexplainable occurrences lead Mio to recall an old folktale referring to entities called "Shadows," which may not be entirely fantasy. Supposedly, an encounter with one's Shadow foretells the person's impending demise. Facing the dark side of Hitogashima Island, Shinpei stands against his grim fate to fulfill Ushio's final will—to protect Mio. [Written by MAL Rewrite]

Yojouhan Shinwa Taikei

The tatami galaxy.

One autumn evening at a mysterious ramen stand behind the Shimogamo Shrine, a lonely third-year college student bumps into a man with an eggplant-shaped head who calls himself a god of matrimony. Meeting this man causes the student to reflect upon his past two years at college—two years bitterly spent trying to break up couples on campus with his only friend Ozu, a ghoulish-looking man seemingly set on making his life as miserable as possible. Resolving to make the most out of the rest of his college life, the student attempts to ask out the unsociable but kind-hearted underclassman Akashi, yet fails to follow through, prompting him to regret not living out his college life differently. As soon as this thought passes through his head, however, he is hurtled through time and space to the beginning of his years at college and given another chance to live his life. Surreal, artistic, and mind-bending, Yojouhan Shinwa Taikei chronicles the misadventures of a young man on a journey to make friends, find love, and experience the rose-colored campus life he always dreamed of. [Written by MAL Rewrite]

Steins;Gate: Oukoubakko no Poriomania

Steins;gate: egoistic poriomania.

A few months after the events of Steins;Gate, Rintarou Okabe and his group of friends are invited to tag along with their acquaintance Faris NyanNyan, who is participating in a Rai-Net battle event in the United States. There, they meet up with an old colleague: Kurisu Makise, who has been recalling fragmented memories of events that happened in the other world lines in the form of dreams. She confronts Okabe, questioning him as to whether these events—particularly the incidents between the two of them—did indeed happen. [Written by MAL Rewrite]

Shiguang Dailiren

It is said that a picture is worth a thousand words. In this case, it holds an infinite amount of secrets. These are secrets that only Cheng Xiaoshi and Lu Guang are able to find. In a small shop called "Time Photo Studio," the two friends provide a special service: using their extraordinary powers that let them enter photographs, they jump into pictures brought to them by clients in order to grant their wishes. Through the eyes of the photographer, they live through the events surrounding the picture and try to decipher how to solve their client's request. But every time they jump into a picture, they take a great risk. One wrong move and they could alter the future of the person who took the picture... and possibly countless other events too. So when the events they are forced to live through in these pictures start to become personal, it will take the utmost strength to push their feelings aside and focus on accomplishing the task they were paid to do. [Written by MAL Rewrite]

Tokyo Revengers: Seiya Kessen-hen

Tokyo revengers: christmas showdown.

In spite of his best time-leaping efforts, Takemichi Hanagaki continuously fails to prevent the present-day death of Hinata Tachibana, his adolescent love. The adult Takemichi grapples with grief and the ramifications of the Tokyo Manji gang's criminal empire—an unintended product of his timeline meddling. Though the gang once operated under the idealistic Manjirou "Mikey" Sano, it has now been taken over by the malicious Tetta Kisaki and, as a result, has abandoned its original optimistic intent. Despite feeling hopeless, Takemichi travels to the past once again to investigate Black Dragon, a rival motorcycle gang whose actions ultimately lead to Hinata's demise. There, he meets the young Hakkai Shiba, a fellow gang member whose older brother, Taiju, tyrannically rules Black Dragon. When Taiju brutally beats Takemichi in a one-sided street brawl, Hakkai attempts to withdraw from Tokyo Manji in apology—an act that Takemichi must prevent to spare Hakkai a grim future. Through a shared tragedy, Takemichi bonds with Chifuyu Matsuno, establishing a close comradery both boys desperately need. With Chifuyu on his side, Takemichi works to unravel the fates of Black Dragon's members, fighting to create a happy future for his loved ones. [Written by MAL Rewrite]

Bokutachi no Remake

Remake our life.

Life is not going well for 28-year-old Kyouya Hashiba. Having left his office job to pursue a career in the video game industry, his internship at a popular game studio abruptly ends, leaving him unemployed and forcing him to move back in with his parents. Additionally, his jealousy toward the success of the "Platinum Generation"—a group of similarly-aged creators—has caused him to regret his decision to attend a traditional university instead of an arts college. Even though he believes there are no second chances in life, Kyouya is suddenly given one when he wakes up one day and finds himself 10 years in the past. Instead of choosing business school like he originally had, Kyouya decides to pursue his passions and attends the Oonaka University of Art. There, he meets classmate Eiko Kawasegawa, the woman who had hired him as an intern in the present, alongside his new housemates and future Platinum Generation members: underachieving artist Aki Shino, aspiring singer and actress Nanako Kogure, and naturally-gifted writer Tsurayuki Rokuonji. With each project they complete together, Kyouya and his friends venture closer to discovering their true potential as creators and remaking their lives into the ideal versions they desire. [Written by MAL Rewrite]

Irozuku Sekai no Ashita kara

Iroduku: the world in colors.

Despite the kaleidoscopic magic ingrained in everyday life, Hitomi Tsukishiro's monochrome world is deprived of emotion and feeling. On a night as black and white as any other, amidst the fireworks spreading across the sky, Hitomi's grandmother Kohaku conjures a spell, for which she has been harnessing the moon's light for 60 years, to send Hitomi back in time to the year 2018 when Kohaku was in high school. Hitomi's mission seems unclear, but her grandmother assures her that she will know when she gets there. Following a trip through time aboard a train driven by a strange yellow creature, Hitomi finds herself in stoic artist Yuito Aoi's room, and his drawings flood her world with color. What is Hitomi's purpose there, and why do Yuito's drawings return such breathtaking color to her drab world? [Written by MAL Rewrite]

Oda Nobuna no Yabou

The ambition of oda nobuna.

High school student Yoshiharu Sagara wakes up and finds himself in the middle of a raging Sengoku period battle. He is saved by the legendary Hideyoshi Toyotomi, but at the cost of the hero's life. With his dying breath, the warrior pleads for Yoshiharu to become a feudal lord in his place. Now that the course of history has been changed, Yoshiharu pledges to keep the timeline from diverging any further. Yet, after rescuing Nobuna Oda—whom he discovers is actually the fabled Nobunaga Oda's female counterpart—Yoshiharu realizes he has been transported to an alternate reality where most of Japan's historical warlords are now cute girls! To set things right and find a way back home, Yoshiharu agrees to become one of Nobuna's retainers and assist her in a conquest of Japan. As Nobuna initiates her campaign, Yoshiharu discovers that the history he learned from playing the video game "Nobunaga's Ambition" allows him to predict future events and turn the tide of war. Using this invaluable gift to aid the Oda clan's beautiful generals, Yoshiharu hopes to help his new lord fulfill her dream and win the hearts of women everywhere. [Written by MAL Rewrite]

InuYasha: Kanketsu-hen

Inuyasha: the final act.

Thwarted again by Naraku, Inuyasha, Kagome Higurashi, and their friends must continue their hunt for the few remaining Shikon Jewel shards, lest they fully form into a corrupted jewel at the hands of Naraku. But Naraku has plans of his own to acquire them, and will destroy anyone and anything standing in his way—even his own underlings. The persistent, unyielding danger posed by Naraku forces Sango and Miroku to decide what is most important to them—each other or their duty in battle. Meanwhile, Inuyasha must decide whether his heart lies with Kikyou or Kagome, before fate decides for him. Amid the race to find the shards, Inuyasha and his brother Sesshoumaru must also resolve their feud and cooperate for their final confrontation with Naraku, as it is a battle they must win in order to put a stop to his evil and cruelty once and for all. [Written by MAL Rewrite]

Steins;Gate: Kyoukaimenjou no Missing Link - Divide By Zero

Steins;gate: open the missing link - divide by zero.

Having reached his emotional breaking point, Rintarou Okabe refuses to continue aiding time traveler Suzuha Amane in her mission to prevent World War III, believing any further efforts to save Makise Kurisu will be in vain. Shortly after, Okabe abandons his mad scientist persona and becomes a seemingly regular university student. Okabe's close friend Mayuri Shiina perceives him to be recovering from his trauma and is visibly happy. However, something still seems to be bothering Okabe. Steins;Gate: Kyoukaimenjou no Missing Link - Divide By Zero marks the beginning of a critical divergence—a timeline in which the burden of fate escalates beyond one's limits. [Written by MAL Rewrite]

Naruto: Shippuuden Movie 4 - The Lost Tower

Naruto shippuden the movie 4: the lost tower.

Led by Yamato, Naruto Uzumaki, Sakura Haruno, and Sai are assigned to capture Mukade, a rogue ninja who is pursuing the ancient chakra Ryuumyaku located underneath the Rouran ruins. While the Ryuumyaku has been sealed by the Fourth Hokage, the group fails to prevent Mukade from releasing its power. Consequently, a strong energy burst engulfs both Naruto and Yamato before they can escape. As he awakens in a magnificent yet hostile kingdom, Naruto meets its young queen Saara and three Konohagakure ninjas on a top-secret mission. They reveal to him that he has time-traveled to Rouran 20 years into the past! To make matters worse, Mukade has already infiltrated the royal court, becoming the naive queen's most trusted minister under the alias Anrokuzan. Joining forces with the three ninjas, Naruto must protect Saara's life without fail to stop the villain's plans and return to the present. [Written by MAL Rewrite]

Gintama Movie 2: Kanketsu-hen - Yorozuya yo Eien Nare

Gintama: the movie: the final chapter: be forever yorozuya.

When Gintoki apprehends a movie pirate at a premiere, he checks the camera's footage and finds himself transported to a bleak, post-apocalyptic version of Edo, where a mysterious epidemic called the "White Plague" has ravished the world's population. It turns out that the movie pirate wasn't a pirate after all—it was an android time machine, and Gintoki has been hurtled five years into the future! Shinpachi and Kagura, his Yorozuya cohorts, have had a falling out and are now battle-hardened solo vigilantes and he himself has been missing for years, disappearing without a trace after scribbling a strange message in his journal. Setting out in the disguise given to him by the android time machine, Gintoki haphazardly reunites the Yorozuya team to investigate the White Plague, and soon discovers that the key to saving the future lies in the darkness of his own past. Determined to confront a powerful foe, he makes an important discovery—with a ragtag band of friends and allies at his side, he doesn't have to fight alone. [Written by MAL Rewrite]

After escaping a bus hijacking with the help of masked superhero Strange Juice, Yuuta Iridatsu finds his soul separated from his body and in the care of a perverse cat spirit, Chiranosuke. As a spirit, Yuuta wanders around his residence, the Korai House, aiming to regain his body and observe the other residents: Meika Daihatsu, a genius inventor; Mikatan Narugino, a cheerful idol; Ito Hikiotani, a shut-in NEET; and Rabura Chichibu, a spiritual medium. After catching a glimpse of Narugino's undergarments, Chiranosuke reveals to Yuuta that he becomes exponentially stronger upon seeing panties. However, if he sees another pair while he is still a spirit, his power will cause an asteroid to crash into the earth, ending the world and killing his friends. Punch Line follows Yuuta as he unravels the mysteries surrounding Korai House, its residents, and a villainous organization attempting to end the world. Will Yuuta be able to save everyone, or will the ever-present threat of panties result in their doom? [Written by MAL Rewrite]

Fate/Grand Order: First Order

Fate/grand order -first order-.

In 2015, the Chaldea Security Organization draws on experts of both the magical and mundane fields to observe the future of mankind for possible extinction events. Humanity's survival seems assured for the next century—until the verdict suddenly changes, and now eradication of the species awaits at the end of 2016. The cause is unknown, but appears to be linked with the Japanese town of Fuyuki and the events of 2004 during the Fifth Holy Grail War. In response, Chaldea harnesses an experimental means of time travel, the Rayshift technology. With it, Ritsuka Fujimaru, a young man newly recruited to the organization, and the mysterious girl Mash Kyrielight, can travel back to 2004 and discover how to save humanity. A grand order to fight fate has been declared—an order to change the past and restore the future. [Written by MAL Rewrite]

Tokyo Revengers: Tenjiku-hen

After succeeding in their winter conflict against Taiju Shiba and his Black Dragons, the Tokyo Manji Gang absorbs their group's remaining members. Due to his heroic courage and indomitable spirit, Takemichi Hanagaki should have accomplished his goal of defeating the tragic fate awaiting his girlfriend, Hinata Tachibana. In reality, Takemichi's troubles are far from over. Although Takemichi's actions have exposed Tetta Kisaki's treachery, the conniving schemer has found power elsewhere: Tenjiku, a dangerous gang led by the enigmatic Izana Kurokawa. Izana sets his sights on Manjirou "Mikey" Sano, pursuing a vicious interest in the Tokyo Manji Gang's aloof leader. In the future, Takemichi discovers that the machinations of Izana and Kisaki led to Mikey's moral ruin—a downfall that directly results in Hinata's death. Unfortunately, a terrible loss robs Takemichi of his time-leaping ability, stranding him in the past with one final chance to rescue everyone he loves. [Written by MAL Rewrite]

Kamisama Hajimemashita: Kako-hen

While playing in the snow one day at her shrine, the land god Nanami Momozono witnesses her familiar—the fox youkai Tomoe—collapse, with dark markings appearing on his body. Tomoe's former master, Lord Mikage, appears after his long absence and places Tomoe into a magical pocket mirror in order to stave off his ailment. Mikage explains that long ago, before he and Tomoe had met, the fox youkai was in love with a human woman. Seeking to live as a human with his beloved, he made a deal with a fallen god, but he only ended up cursed and dying. When Mikage discovered Tomoe, the god made the youkai forget his human love as a quick solution. However, something has changed recently to reactivate the curse; Tomoe has fallen in love with his new human master, Nanami. Since there is no way to stop the curse, Nanami wants to stop Tomoe from getting cursed in the first place by traveling back through time, even if it means they may never meet. As Nanami travels back hundreds of years to save her precious familiar, she discovers that she is far more closely bonded to Tomoe than she previously thought. [Written by MAL Rewrite]

Sakurada Reset

Sagrada reset.

Kei Asai lives in the oceanside city of Sakurada—a town where the inhabitants are born with strange abilities. On the school rooftop one day, he meets Misora Haruki, an apathetic girl with the power to reset anything around her up to three days prior. While no one knows when she has reset, not even Haruki, Kei can retain everything before the reset thanks to his own ability: photographic memory. After they successfully help someone by combining their powers, they join the Service Club to aid others in their town. However, their club becomes involved with and begins completing missions for the mysterious Administration Bureau—an organization that focuses on managing the abilities in Sakurada and manipulating the town's events for their own ends. They may find out that there are more things at work in Sakurada than the machinations of the uncanny organization. [Written by MAL Rewrite]

Re:Zero kara Hajimeru Isekai Seikatsu 3rd Season

Re:zero -starting life in another world- season 3.

3rd Season of Re:Zero kara Hajimeru Isekai Seikatsu

Mirai no Mirai

In a quiet corner of the city, four-year-old Kun Oota has lived a spoiled life as an only child with his parents and the family dog, Yukko. But when his new baby sister Mirai is brought home, his simple life is thrown upside-down; suddenly, it isn't all about him anymore. Despite his tantrums and nagging, Mirai is seemingly now the subject of all his parents' love. To help him adapt to this drastic change, Kun is taken on an extraordinary journey through time, meeting his family's past, present, and future selves, as he learns not only what it means to be a part of a family, but also what it means to be an older brother. [Written by MAL Rewrite]

Orange: Mirai

Twenty-six-year-old Hiroto Suwa; his wife, Naho; and their old high school classmates—Takako Chino, Azusa Murasaka, and Saku Hagita—visit Mt. Koubou to view the cherry blossoms together. While watching the setting sun, they reminisce about Kakeru Naruse, their friend who died 10 years ago. Mourning for him, they decide to visit Kakeru's old home, where they learn the secret of his death from his grandmother. Filled with regret, Suwa and his friends decide to write letters to their 16-year-old past selves to set their hearts at rest. With the knowledge contained in the letter from his future self, 16-year-old Suwa has the chance to rewrite the future. What choices will he make? What will happen in this new future? [Written by MAL Rewrite]

Island (TV)

On a remote island far from the mainland named Urashima, a man washes ashore, with no recollection of his name or homeland. What he does recall, however, is that he is a time traveler with a mission: to save a certain girl from harm. As nightfall arrives, he meets Rinne Ohara, a girl who sings a tune that reminds him of a specific name—Setsuna—and decides to use it as his own. Knowing another "Setsuna" herself, Rinne takes him to her household as a servant, hoping that he is the same one she remembers. On the other hand, Setsuna continues to learn more about Urashima, desiring to identify his lost past. He comes to know about the island's folklore, its three great families, and the endemic disease that prevents anyone afflicted from stepping out into the daylight. As the mysteries of his missing memories and Urashima itself unfold, Setsuna must remember his purpose and fulfill his mission as soon as possible. But, as he witnesses the myriad of troubles plaguing the island, Setsuna begins to question—is his temporal displacement merely an effort to change a single girl's fate? [Written by MAL Rewrite]

Loop 7-kaime no Akuyaku Reijou wa, Moto Tekikoku de Jiyuu Kimama na Hanayome Seikatsu wo Mankitsu suru

7th time loop: the villainess enjoys a carefree life married to her worst enemy.

Rishe Irmgard Weitzner finds herself in a familiar situation: her fiancé is publicly breaking off their engagement, and her ducal family is about to disown her in shame. However, Rishe is not distraught; she has already had six chances to rebuild her life and chase a different passion each time. But she would always get swept up in a war and die, so now she wishes for her seventh reincarnation to be easygoing and uneventful. What Rishe does not take into account is the presence of Arnold Hein, the crown prince of the Galkhein Kingdom. He is destined to usurp the throne and become a tyrant who starts a large-scale invasion of neighboring countries. To make their encounter worse, Arnold is the one who killed Rishe in her previous life. That is why it is all the more shocking when he proposes to Rishe on the spot. In pursuit of her desired life, Rishe must consider accepting Arnold's proposal and discover the reasons behind his brutal actions to stop the war from ever happening. [Written by MAL Rewrite]

Hanyou no Yashahime: Sengoku Otogizoushi

Yashahime: princess half-demon.

Half-demon twins Towa and Setsuna were always together, living happily in Feudal Japan. But their joyous days come to an end when a forest fire separates them and Towa is thrown through a portal to modern-day Japan. There, she is found by Souta Higurashi, who raises her as his daughter after Towa finds herself unable to return to her time. Ten years later, 14-year-old Towa is a relatively well-adjusted student, despite the fact that she often gets into fights. However, unexpected trouble arrives on her doorstep in the form of three visitors from Feudal Japan; Moroha, a bounty hunter; Setsuna, a demon slayer and Towa's long-lost twin sister; and Mistress Three-Eyes, a demon seeking a mystical object. Working together, the girls defeat their foe, but in the process, Towa discovers to her horror that Setsuna has no memory of her at all. Hanyou no Yashahime: Sengoku Otogizoushi follows the three girls as they endeavor to remedy Setsuna's memory loss, as well as discover the truth about their linked destinies. [Written by MAL Rewrite]

Sora no Aosa wo Shiru Hito yo

Her blue sky.

High school student Aoi Aioi lives with her elder sister, Akane, after a tragic accident took their parents away 13 years ago. Because Akane has since been taking care of her single-handedly, Aoi wants to move to Tokyo after her graduation to relieve her sister's burden and pursue a musical career, inspired by Akane's ex-boyfriend Shinnosuke "Shinno" Kanamuro. Shinno was part of a band until he left for Tokyo to become a professional guitarist after the sisters' parents passed away, and he was never to be seen again. One afternoon, while Aoi practices her bass in a guest house, she gets startled by the 18-year-old version of Shinno from 13 years ago! As if by coincidence, the current 31-year-old Shinno also returns to the town, but he has changed drastically. There are now two Shinno's in existence, but why is the Shinno from the past present? Sora no Aosa wo Shiru Hito yo revolves around these four individuals as they confront their inner feelings toward each other and make decisions that will affect their lives from here on out. [Written by MAL Rewrite]

Kikansha no Mahou wa Tokubetsu desu

A returner's magic should be special.

After a decade spent fighting monsters in the Shadow Labyrinth—a growing dark cloud of magic that threatens to engulf the world and destroy all life—mage Desir Herrman and his five companions finally face their last foe: the dragon of destruction Boromir Napolitan. Although the group of heroes manages to slay this formidable opponent, the tremendous amount of mana stored within the dragon's body is released in an unstoppable explosion that annihilates the rest of the world. However, instead of dying, Desir is sent back 10 years into the past with complete memories of events to come. He enrolls at Hebrion Academy, determined to put an end to the classist prejudice plaguing the magical world that will ultimately lead to the demise of humanity. Unfortunately, his struggle begins early on during the entrance exams; although he is ranked first of his group, Desir is assigned to the Beta Class, the default class for commoners. Now, Desir's next objective is to rally someone to his cause that he could not save in his previous life: the wind mage Romantica Eru. Then, Desir will have to show his worth to the Alpha Class with his newly formed party if he wants to ultimately save as many lives as possible. [Written by MAL Rewrite]

Shiguang Dailiren II

Link click season 2.

The attempt to capture the mysterious perpetrator who possesses people ends tragically: Lu Guang is rushed to the hospital in a critical state, while Cheng Xiaoshi is arrested for the alleged crime. In light of recent events, the father of Liu Min unleashes his skilled, ruthless lawyer—Qian Jin—after Police Chief Li Xiao, who is spearheading the investigation related to the photo studio owned by Qiao Ling. It appears that no one is safe from the unpredictable and fatal attacks of the adversary who painstakingly hides their identity. As he tries to learn from his past mistakes, Cheng Xiaoshi must act swiftly and decisively to put an end to this devastating trail of death. [Written by MAL Rewrite]

InuYasha Movie 2: Kagami no Naka no Mugenjou

Inuyasha the movie 2: the castle beyond the looking glass.

Fortune smiles on Inuyasha and his allies when they finally defeat their nemesis Naraku, who has caused them unrelenting hardships. Overjoyed by the long-awaited victory, they all hurry to resume their former lives, unaware that danger still lurks around. Kanna and Kagura, two of Naraku's subordinates, make arrangements to set free a sealed demonic entity that claims to be Kaguya, the legendary Princess of the Heavens. Although preoccupied with their own endeavors, Inuyasha's group members reunite by a string of unusual coincidences involving Kanna and Kagura along with an inexplicable phenomenon of repeated full-moon nights. Upon realizing that Kaguya is behind the troubling events and that she holds a terrible power, they join forces once more to stop the disastrous fate she has planned for the world. [Written by MAL Rewrite]

Seikimatsu Occult Gakuin

Occult academy.

The story revolves around Maya, the daughter of the former Headmaster of Waldstein Academy, and a time traveling agent Fumiaki Uchida. In the year 2012, the world had been invaded by aliens and time travelers were sent back to the year 1999 in order to find and destroy the Nostradamus Key, which Nostradamus Prophecy foretold as what would bring about the apocalypse. The series then turns to the year 1999, where Maya returns to the Academy with the intention of destroying the Academy by superseding her late father's position as the principal. Her plan was interrupted when she meets Fumiaki and learns of the forthcoming destruction. Despite being distrusting towards Fumiaki, they form a pact to look for the Nostradamus Key. In order to find the Nostradamus Key, time agents were provided with specially created cell phones. When a user finds an object of interest, by thinking of destroying it and taking a photo, and if the resulting image is that of a peaceful world, then the subject is the Nostradamus Key. Conversely, if the subject is not the Nostradamus Key, then the photo displays destruction. By using the phone, Maya and Fumiaki investigates occult occurrences as they occur in the town. (Source: Wikipedia)

InuYasha Movie 1: Toki wo Koeru Omoi

Inuyasha the movie: affections touching across time.

During their quest in the feudal era to recover the shards of the miraculous Shikon Jewel, Inuyasha, Kagome Higurashi, and their friends become the target of Menoumaru Hyouga—a demon awakened by one of the Shikon fragments, now in pursuit of Inuyasha's heirloom sword Tessaiga. Following a clash between the fathers of Inuyasha and Menoumaru, the weapon is the only means to restore Menoumaru his rightful family heritage. However, upon ambushing Inuyasha, Menoumaru discovers that Tessaiga's owner alone can wield it. Determined to achieve his objective regardless, he kidnaps Kagome to force Inuyasha to use his blade and release the sealed powers of the Hyouga clan. With their dependable companions' assistance, Inuyasha and Kagome oppose Menoumaru, unaware that his sinister intentions and alarming potential will endanger not only their world but also its distant future. [Written by MAL Rewrite]

InuYasha Movie 3: Tenka Hadou no Ken

Inuyasha the movie 3: swords of an honorable ruler.

Following Inu no Taishou's death, his swords Tenseiga and Tessaiga were passed on to his sons, Sesshoumaru and Inuyasha respectively. However, there exists one more blade. During a visit to his friend Kagome Higurashi in modern times, Inuyasha encounters Sounga—his father's third sword. Found by one of Kagome's ancestors inside the old well that connects the past to the future, Sounga has been kept for years as a treasured artifact at the Higurashi shrine. Nevertheless, it soon reveals itself to harbor an evil spirit with a terrible urge to kill. While struggling to subdue its calamitous nature, Inuyasha manages to bring Sounga back to the feudal era where he must confront his brother Sesshoumaru, who has always desired to possess it. But when they lose track of the sword during their fight, the siblings engage in a fervent competition to find it, still unaware of its secret and the legacy that Inu no Taishou has left for them. [Written by MAL Rewrite]

InuYasha Movie 4: Guren no Houraijima

Inuyasha the movie 4: fire on the mystic island.

Hourai is a mysterious island that appears for a limited period once every 50 years. Some say that the isle holds the secret of eternal youth; others believe that it brings disaster to their land. When Inuyasha's group saves a half-demon child from being hunted by a monstrous creature, they learn that her name is Ai and that she fled from Hourai. Surprisingly, the girl is an acquaintance of Inuyasha and begs him to rescue her friends, who are being held prisoner by vicious demons calling themselves the Four War Gods—an enemy Inuyasha remembers well. Upon reaching Hourai, Ai's guests are horrified to discover that only a handful of orphans still inhabit the island and are destined to become sacrifices to increase the Four War Gods' powers. Furthermore, the victims bear their oppressors' enchanted mark, which prevents them from escaping. Defeating the four demons remains Inuyasha's most viable option, but their superiority in strength will require daring initiatives achievable only by the group's combined teamwork. [Written by MAL Rewrite]

Ushinawareta Mirai wo Motomete

In search of the lost future.

Kaori Sasaki—a member of Uchihama Academy's Astronomy Club—confesses to Sou Akiyama, but later that evening, she dies in a tragic road accident. Her friends and fellow club members mourn her death in a local hospital. Yet she shows up to school the following day, and no one senses anything amiss. The day finishes without any unusual incidents, and the group of friends plans for the upcoming cultural festival. Suddenly, the room is shaken by an unnatural earthquake. Everyone splits up to investigate—except for Nagisa Hanamiya, who stays behind. As everyone leaves, Nagisa notices that the odd relic-like cube that she was toying with starts emitting a strange blue light. Meanwhile, Sou stumbles upon an unconscious, naked girl lying in a pool of water. Ushinawareta Mirai wo Motomete follows the Astronomy Club's increasingly bizarre adventures—from dealing with ghosts to quelling unrests between student clubs. All the while, they unravel the circumstances behind the sudden appearance of a new transfer student. [Written by MAL Rewrite]

Noein: Mou Hitori no Kimi e

Noein: to your other self.

During their last summer of elementary school, four friends decide to undertake a test of courage at their local graveyard. Before the test begins, Haruka Kaminogi makes a last effort to pull Yuu Gotou away from his controlling mother. While doing so, Haruka suddenly has a strange vision of blue snow followed by the appearance of an imposing silver-haired man. Later, a similar vision occurs at the graveyard to both Haruka and her friends before they try to escape what they assume are ghosts. Unbeknownst to the children, the people who appeared before them are Dragon Soldiers: an elite military group from a dimension known as La'cryma. The soldiers have traveled to this dimension to secure the "Dragon Torque"—an entity they believe to be their last hope for survival. However, both the Dragon Soldiers and Haruka are shocked to learn that the Dragon Torque is Haruka herself. She attempts to escape from the Dragon Soldiers as she finds her own last ray of hope—the strange silver-haired man who claims to be another version of Yuu himself. [Written by MAL Rewrite]

Buddy Complex

When ordinary high school student Aoba Watase is suddenly targeted by a giant robot known as a "Valiancer," he is saved by his mysterious classmate Hina Yumihara. After revealing that she and their robotic enemy are from the future, Hina suddenly propels Aoba 70 years forward in order to prevent his death. Upon arrival, Aoba finds himself in the cockpit of a Valiancer called "Luxon," stuck in the midst of a firefight between the military forces of the Free Pact Alliance (FPA) and Zogilia Republic. After he shows high compatibility with an FPA pilot named Dio Weinberg, the two perform a successful "coupling," allowing them to share experiences and subsequently increase their capabilities and skills. Although Aoba is able to survive this unexpected battle, he is taken into custody by the FPA ship Cygnus, who wishes to interrogate him. While the student's main concern is whether he will ever be able to return home, what he doesn't realize is that he is about to get caught up in a war to protect the world. [Written by MAL Rewrite]

Nobunaga-sensei no Osanazuma

Nobunaga teacher's young bride.

"One day, a girl who loves me will suddenly appear before me"—Middle school teacher Nobunaga has always been dreaming of such a gal game-like situation. However, the one who appeared before him was Kichou, a 14-year-old girl who proclaims herself as his wife. Appearing to have arrived from the Sengoku era, she mistakes Nobunaga as Nobunaga Oda and urges him to conceive a child with her. Thus begins the age-difference love comedy between a gal game-loving teacher and a Sengoku era expert princess. (Source: MAL News)

Tearmoon Teikoku Monogatari: Dantoudai kara Hajimaru, Hime no Tensei Gyakuten Story

Tearmoon empire.

Due to poor finances, an epidemic, and famine, the once prosperous Tearmoon Empire ultimately falls to a revolution instigated by its citizens and supported by neighboring nations. The rebellion also brings dire consequences for Mia Luna Tearmoon, the empire's extremely spoiled princess, who endures three years in the dungeons before facing execution. By some miracle, Mia finds herself reincarnated as her 12-year-old self, retaining full memories of everything that had transpired. With the pain of the guillotine blade freshly imprinted on her neck, Mia is determined to use this second chance at life to avoid the grim fate that awaits her. She utilizes all her knowledge to improve the state of the kingdom and gather personal allies, inadvertently winning over the people's hearts and becoming beloved as a saint. [Written by MAL Rewrite]

Inazuma Eleven Go: Chrono Stone

Inazuma Eleven Go: Chrono Stone is set after the Holy Road Soccer Tournament. The hero of of the moment, Tenma Matsukaze, traveled all over Japan to teach soccer to kids. He returns to Raimon Junior High School after completing his mission, but to his surprise, it's no longer the same Raimon Junior High that he remembers. The soccer club is non-existent, and the members of the champion team in the Holy Road Soccer Tournament have no recollection of taking part in the tournament. They neither remember Tenma nor the game of soccer they loved. As Tenma is baffled by this twist, Alpha, the leader of the Route Agents and captain of Protocol Omega team, suddenly appears before him. Alpha declares that he and his team are responsible for wiping out passion for soccer in Raimon along with the memories of the soccer club members: and Tenma himself is next. That's when a strange boy named Fei Rune appears just in time to save him. Just who is Fei, and why does Alpha want to eliminate soccer for good? Tenma knows that he needs to do everything in his power to emerge victorious. It's a battle that could seal the fate of soccer forever.

Nobunaga Concerto

"Who cares about what happened in Japan's past? It has nothing to do with my life." With these words, carefree high school student Saburou finds himself unceremoniously thrown back in time to the Sengoku Era, landing directly in front of the legendary general Nobunaga Oda. Nobunaga, on the run from his retainers and wishing to rest due to his frailty, beseeches Saburou to take his place, as the two bear an uncanny resemblance. Although Saburou is still confused by his surroundings, Nobunaga hurriedly provides the boy with the necessary items to prove that he is the bona fide feudal lord and makes a hasty getaway. Now a stand-in for someone he doesn't even know all that much about—though his modern experiences and knowledge are sure to help him—Saburou begins his unexpected quest to pose as the man who attempted to unite all of Japan. [Written by MAL Rewrite]

Ninja Batman

Batman ninja.

At Arkham Asylum, Batman clashes with Gorilla Grodd while trying to destroy Grodd's newest invention: the Quake Engine. Amidst the chaos, the engine activates, and the entire asylum suddenly vanishes into thin air—Batman along with it. Once the dust settles, Batman finds himself standing in the middle of an unfamiliar road. He soon realizes that he is no longer in Gotham City—but instead in Feudal Japan! The amazement quickly fades as samurai descend upon him, seeking to take his life. Later on, Batman's investigation leads him to discover that the one responsible for the kill order is none other than his archnemesis, the Joker. Following an encounter with Catwoman, he learns that the asylum's criminals had teleported there two years earlier—each ruling over a piece of Japan with Joker being the dominant warlord. In order to return home, Batman must reactivate the Quake Engine, situated in the remnants of the asylum, now known as Arkham Castle. However, there is one problem: aside from his gadget belt, the arsenal that was once at his fingertips is all but gone. Ninja Batman follows the Dark Knight as he traverses a strange new environment, facing off against familiar foes in a bid to return to Gotham in one piece. [Written by MAL Rewrite]

Tokidoki Rikugou is a history-hating student who flunks out of his Japanese History course; his high school forces him to make up for his failed grade by attending a special museum lecture. Its star exhibit, a vast recreation of the Edo Period, promises to alleviate the delinquent student's poor grades with an elaborate simulation of the Tokugawa Shogunate: the Edo Bakumatsu Walking Tour and Exhibition. Knowing next to nothing about samurai culture or the times he's walked into, he is quickly surprised to learn of the superstitious nature of Japan during the 1600s. Quickly dismissing the existence of gods and demons, he is shocked when confronted by a demon on a bridge, who attacks the unsuspecting high-schooler. Saved by a mysterious swordsman named Kuchiha, he discovers that he can no longer escape the simulation at the history museum. Meeting another swordsman named Kon Shinonome, he discovers another contemporary that was trapped in the simulation before him. Quickly adjusting to his new home, Tokidoki must now help protect the village from demons, while uncovering the mystery of both the simulation and the company that created it. [Written by MAL Rewrite]

Meiji Tokyo Renka

Mei Ayazuki is just your ordinary, everyday high-school girl. That is until one night, when the moon is full and red, she’s transported through time to the Meiji Period by Charlie, a self-proclaimed magician. She ends up in a strange, Meiji-era ‘Tokyo’ where the existence of ghosts is accepted. Led by Charlie, she finally arrives at the Rokumeikan. There, waiting for her to arrive, are the historical figures Ougai Mori, Shunsou Hishida, Otojirou Kawakami, Kyouka Izumi, Gorou Fujita, Yakumo Koizumi, and Tousuke Iwasaki. Whilst interacting with these men, she discovers she is a Tamayori - someone who can see ghosts - a skill that is highly valued in the Meiji Period. Due to these powers, her relationship with the men begins to change… As she gets to know these handsome men in a new era she just can’t get used to, a love begins to grow within her. Will Mei be able to return to her time? What will become of her love - a love that crosses the boundaries of time and space? (Source: Honey's Anime)

Natsu no Arashi!

Summer storm.

In modern-day Japan, 13-year-old Hajime Yasaka moves to the countryside to stay with his grandfather. On the way to his new home, a lost Hajime finds himself in a cafe called Ark, where he immediately falls in love with one of the waitresses: the gorgeous Sayoko "Arashi" Arashiyama. While Arashi is initially unconcerned with the boy, her attitude quickly changes after she grasps Hajime's hand, leading her to believe they are "connected." As it turns out, Arashi is anything but a regular teenager—in reality, she is the ghost of a girl who perished in World War II. By touching a man she connects with, she gains the ability to travel back in time. Delighted to have found someone who can unlock her powers, Arashi asks Hajime to help with her mission: to save civilians from the carnage of the war that claimed her life. Smitten with Arashi, Hajime readily agrees. But as the two get further involved with Arashi's past, they soon discover that she is not the only one able to transcend time. [Written by MAL Rewrite]

Yu☆Gi☆Oh! Movie: Chou Yuugou! Toki wo Koeta Kizuna

Yu-gi-oh 3d: bonds beyond time.

While riding with Jack Atlas and Crow Hogan, Yuusei Fudou's Stardust Dragon is captured by Paradox, a mysterious Turbo Duelist from the future, during a Turbo Duel and turned into a Sin Monster. With the help of the Crimson Dragon, Yuusei chases after Paradox as he enters a time slip, ending up in the past. During this time, Paradox duels against Jaden Yuki, who is still able to use the powers of Yubel and The Supreme King. However, by this time Paradox had also captured Cyber End Dragon and Rainbow Dragon and overwhelms Jaden. He is saved thanks to Yuusei and the Crimson Dragon. Jaden informs Yuusei of Paradox's true intentions. By stealing various monsters from across time and turning them dark, he plans to kill Maximillion Pegasus, the creator of Duel Monsters, preventing the game from being created and causing the events of all three series to never happen. Yuusei and Jaden agree to pursue Paradox, which leads them to the past and causes a meeting with the King of Games, Yuugi Mutou. However, by the time Yuusei and Jaden arrive, Paradox had already attacked his time, supposedly killing both Pegasus and Yuugi's grandpa, and had also managed to steal Blue-Eyes White Dragon and Red-Eyes Black Dragon. After explaining everything to Yuugi, he agrees to fight with Yuusei and Jaden against Paradox in the ultimate three-on-one duel to free the trapped monsters and save both the world and time itself before it's too late. (Source: Wikipedia)

16bit Sensation: Another Layer

Konoha Akisato's love for bishoujo games—a type of entertainment focused on interactions with beautiful girls—has always nurtured her aspiration of becoming a popular artist. However, as Konoha secures her first job as a sub-illustrator at the game company Blue Bell, she confronts the harsh reality surrounding her favorite genre. In 2023, the bishoujo game industry is overrun with cheap, repetitive, and low-effort releases, with Blue Bell at the core of the problem. After stumbling upon a vintage game store and reminiscing about the impressive titles of the past, Konoha suddenly winds up in the year 1992—just as the bishoujo game industry was beginning to flourish. Konoha struggles to accept her new circumstances until she joins Alcohol Soft, a small game company willing to employ her as an illustrator. Although she believes her skills from the future will propel her to success, technology and illustration are considerably old-school, and she must promptly adapt if she wishes to fulfill her dreams. [Written by MAL Rewrite]

Sengoku Otome: Momoiro Paradox

Battle girls: time paradox.

Yoshino Hide is an average girl who always seems to find trouble wherever she goes. One day Yoshino visits a local shrine to pray in order to pass her upcoming test. However, Yoshino sees a blue light coming from inside the Shrine and looks inside to find a mysterious person performing a magic spell. In a stroke of bad luck, Yoshino trips on a small bell and crashes into the shrine, prompting the stranger to catch her. Upon Yoshino's capture, the magic spell spirals out of control and sends Yoshino back in time to the Sengoku Era. Yoshino then encounters Akechi Mitsuhide and Oda Nobunaga. But unlike what really happened during the era, Hideyoshino realizes that everyone in the world is female. She then decides to help Oda Nobunaga find the Crimson Armor which is said to allow the person wearing the armor to conquer all of Japan.

Karin, a DNA operator from the future, is on a mission to change the course of History by stopping Junta Momonari from becoming the Mega-Playboy who fathered 100 children and led to the overpopulation of the world. But Junta is no playboy; in fact he is allergic to girls. But when Karin shoots him with the wrong DNA-altering bullet, he starts sporadically becoming the Mega-Playboy capable of charming any woman. Karin must try to restore the situation to normal before the change to Mega-Playboy becomes irreversible. (Source: ANN)

Hanyou no Yashahime: Sengoku Otogizoushi - Ni no Shou

Yashahime: princess half-demon: the second act.

Second season of Hanyou no Yashahime: Sengoku Otogizoushi.

Yojouhan Time Machine Blues

The tatami time machine blues.

On a hot summer day in Kyoto, a young man walks toward his apartment, dreaming of turning on the air conditioner and cooling down. But before he can turn his dream into reality, disaster naturally strikes in the form of Ozu, who spills soda all over the remote. With the air conditioner rendered completely unusable, the man and his friends are left to suffer in the terrible August heat. Just when all hope seems lost, the group finds a true-to-life time machine in their storage room. Not knowing the dire consequences of doing so, they decide to travel back to the past and grab the remote before Ozu even has a chance to destroy it. What awaits them on the other side is a staggering adventure none of them are prepared for. [Written by MAL Rewrite]

Shiguang Dailiren Fan Wai Pian: Biwu Zhaoqin

Link click episode 5.5.

At the Time Photo Studio, partners Lu Guang and Cheng Xiaoshi accept jobs of a peculiar nature. With the aid of their complementary abilities, they are able to leap into photographs—thereby entering the past. One such case involves Liu Siwen, whose only wish is to marry his one true love, Ou Yang. However, her martial arts master father is apprehensive of a suitor who is an outsider and refuses to give his permission unless Liu Siwen defeats him in an honest duel. After years of trying and failing miserably because of his less-than-impressive skills, Liu Siwen finds himself seeking the help of Lu Guang and Cheng Xiaoshi. The two hatch a plan to outwit Ou Yang's father, but what seems simple in theory is rarely as easy to execute in reality… [Written by MAL Rewrite]

InuYasha: Kuroi Tessaiga

Sesshoumaru has never approved of his half-demon younger brother Inuyasha inheriting their father's prized sword, Tessaiga, while he was left with the restorative Tenseiga blade. Upon learning that even Tenseiga's one destructive technique—which he himself perfected—was designed to be transferred to Tessaiga, Sesshoumaru grows even more bitter as he feels disowned in favor of an unworthy mongrel. Meanwhile, Inuyasha's archenemy Naraku unscrupulously takes advantage of Sesshoumaru's grievance to tempt him with a means of stealing Tessaiga's powers. Pitted against each other, the siblings cross blades in a fight that will decide whether Inuyasha will thwart Naraku's dirty scheme and earn Sesshoumaru's acknowledgment or die at the hands of his own flesh and blood. [Written by MAL Rewrite]

Boku dake ga Inai Machi Recaps

Erased digest.

Recap episodes of Boku dake ga Inai Machi covering episodes 1 to 6 and episodes 7 to 11.

Thermae Romae

Lucius Modestus, an ancient Roman architect, finds himself job-hunting due to having trouble coming up with new ideas. As his demeanor and personality become dismal, his friends try taking him to a bathhouse for him to relax. Unable to unwind in the bustling and crowded bath, Lucius dips his head in the water. Down there, he finds a secret tunnel that transports him to a modern-day Japanese bathhouse, providing him the inspiration he needed to make a new creation. Loaded with what seems to be knowledge way ahead of his time, Lucius does his best to try and recreate his findings, usually inferior in quality due to his circumstances. However, the sheer ingenuity may be just enough to gain the attention of the citizens and regain his reputation as an architect. [Written by MAL Rewrite] Note: MAL considers this show to be three episodes and not five. See More Info for additional details.

Buddy Complex: Kanketsu-hen - Ano Sora ni Kaeru Mirai de

The two part finale of Buddy Complex television series deals with the final battle between the Free Treaty Alliance and the space division of Zogiria, lead by an elderly Bizon, as Earth and time itself hang in the balance.

Mujaki no Rakuen

Paradise of innocence.

Shouta Handa is a jobless 25 year old who is sick and tired of his boring life. One evening, at the class reunion, he gets to meet all of the cute girls that used to be his classmates. He soon discovers that they are all successful with interesting careers, and even more importantly—really beautiful now, with bigger curves. Unfortunately, it seems that they are all aware of his boring, unsuccessful life, so they mock him and call him a loser, just like in the old days. Everything changes when Shouta goes for a walk to have a smoke and accidentally falls into the school swimming pool. This triggers a supernatural phenomenon that takes him back ten years into the past. He finds himself in the same swimming pool during swimming class, surrounded by his female classmates in bikinis. How is Shouta going to deal with their cuteness and closeness now that he is a grown man in a boy's body?

Meng Qi Shi Shen

Cinderella chef.

Ye Jiayao is a young and talented cook who dreams of becoming a renowned chef one day. As luck would have it, she's magically transported back in time to Imperial China, and in the body of an extremely useless girl. Ye Jiayao is immediately kidnapped and held for ransom, but she manages to use her wits (and her sense of humor) to get whatever she wants. (Source: CBR)

Thermae Romae Novae

Beautiful sisters Ai, Mai, Mii, their android maid Mea and slippery pet ferret Unagi make an amazing journey together through time and space without ever leaving their beloved mansion behind! Following the clues of the strange dandelion-like "Popotan," the girls are theoretically seeking the person who has the answers to their most personal questions, but they seem to have more than enough time to take side trips, meet new friends, visit hot springs and occasionally operate the X-mas shop they keep in the house along the way! Yet, the girls' ultimate destiny holds more than a few surprises of its own, and not every moment is filled with hilarity, as moving through time means having to leave friends behind as well. (Source: RightStuf)

Butlers: Chitose Momotose Monogatari

Butlers x battlers.

Butlers: They are guardians that hold a thousand-year history and a certain fate. Jay lived in peace with his little sister Tenna and a fellow Butler named Hayakawa. However, those peaceful days came to a sudden end. Tenna was swallowed up into the void and Jay was sent a hundred years into the future. Jay finds there is now an academy called Koyomi Academy standing in the place where his mansion once stood. Jay took up the name Jinguji Koma and became the student council president of the school as he looks for clues about the past. Jay will eventually find out the truth behind this world. (Source: Crunchyroll)

The Bakumatsu was an era in which the souls of young men burned with anxiety for their country's future. Takasugi Shinsaku, a soldier of fortune from Choshu, sneaks aboard a government ship with his comrade Katsura Kogorou in search of a mysterious "timepiece" with the power to manipulate time that he fears the government wishes to keep for themselves. Rather than allow such power to fall into the wrong hands, Takasugi plans to destroy the artifact, but having obtained it, the artifact is quickly stolen, forcing the pair to follow the mysterious thief to the seat of government in Kyoto. However, when they arrive in the capital, they discover that the government has been overthrown and the deity Susanoo now reigns in its place. The streets of the city and the people in them are much different than Takasugi and Katsura remembered. The times may have changed but their mission hasn't - Takasugi and Katsura resolve to reset time and save their nation from the nefarious forces trying to hijack it. (Source: Tokyo Otaku Mode)

Stand By Me Doraemon 2

After reminiscing about his late grandmother, Nobita Nobi wishes to see her again and asks Doraemon to return them to the past. Following the wholesome reunion of the two, Nobita's grandmother confesses that she hopes to meet his future bride. Nobita accepts her request out of filial love and quickly scrambles into the time machine as he and Doraemon journey forward in time. However, when the duo warps to Nobita's wedding day, they discover that the future Nobita is missing from the ceremony! Determined to set things right, Doraemon and Nobita embark on a mission to search for Nobita's future self and encourage him to discover the happiness he deserves. [Written by MAL Rewrite]

A Ripple in Time Turns the Crucial Tide of WWII. Scheduled for routine military exercises, Commander Kadomatsu and the crew of Japan's newest and most modern Battlecruiser, The Mirai, are ready to test out the ship's state-of-the-art Aegis System. Instead, they find themselves transported back to June 4th, 1942—date of the crucial Battle of Midway, where the Japanese fleet was dealt a crippling blow. When an overzealous Kadomatsu rescues one of the battle's victims, Kusaka, from a sinking zero fighter, the Mirai's fate is sealed. The crew pledges not to do anything to alter the past further. However, they're now forced to fight a U.S. submarine in a battle that should never have occurred. Thus setting off a chain of events that may forever change the flow of history! (Source: Geneon Entertainment USA, edited)

Natsu no Arashi! Akinaichuu

Summer storm open for business.

The summer of a man's boyhood memories continue. Still on the cusp between childhood and being a man, he has linked with the ghost of a young woman from the World War 2 era. She, and the ghosts of other young ladies from that time, continue adventures alongside their linked partners, learning more about each other and travelling through time via their supernatural connection. While he struggles to see his crush on her come to fruition, meanwhile his friend—a girl his age, pretending to be a boy—seeks his attention as well. (Source: ANN)

Arata naru Sekai: World's/Start/Load/End

World's end.

Four high school girls in uniforms walk silently on the barren earth. These girls are time travelers who had been sent 6000 years into the future, from their present in which the same day is endlessly repeated, in order to evade human extinction. They studied time travel in school, were examined by the aptitude test, and were sent to the future as told. What should they do now? They had no idea. The only thing they could take with them from the present was a light, toy-like cellphone. Of course, it receives no signal here. As the girls are walking, they see strange birds flying in the sky, and a discolored river in the distance. Then, one girl finds an abandoned house, and recognizes the name inscribed on the front gates.

Kikansha no Mahou wa Tokubetsu desu 2nd Season

A returner's magic should be special season 2.

Second season of Kikansha no Mahou wa Tokubetsu desu.

Vivy: Fluorite Eye's Song - To Make Everyone Happy With My Singing

Recap of all 13 episodes of Vivy: Fluorite Eye's Song.

Time Travel Shoujo: Mari Waka to 8-nin no Kagakusha-tachi

Time travel girl.

Time Travel Shoujo is based on a 1983 book titled Jishaku to Denki no Hatsumei Hakken Monogatari by Japanese educator Kiyonobu Itakura. It is part of the Hatsumei Hakken Monogatari Zenshuu series which describes the story of various scientific discoveries and inventions throughout history. The 1983 book focuses on discoveries related to magnetism and electricity.

Doraemon Movie 26: Nobita no Kyouryuu 2006

Doraemon the movie: nobita's dinosaur 2006.

Nobita finds a fossilized dinosaur egg by accident, and with the help of Doraemon's tools, they hatched the egg and began raising the dinosaur. Knowing that they can't keep the dinosaur forever, Nobita was forced to send it back to prehistoric times where a group of hunters from the future threatens to endanger the dinosaurs. Determined to save the dinosaurs from the claws of the hunters, Doraemon and the gang returns to the past and sets out in a prehistoric adventure. (Source: ANN)

Shiguang Dailiren: Yingdu Pian

(No synopsis yet.)

Junta's great granddaughter goes back in time in order to make Junta stay as the Mega-Playboy so she can continue to exist. Along with her comes an old man with the intention of making Junta stay as the Mega-Playboy forever for his own purposes.When Junta starts getting attacked, he has no choice but to return to being the Mega-Playboy in order to protect his loved ones.

Bokutachi no Remake Recap

Remake our life recap.

Recap of the first 6 episodes of Bokutachi no Remake.

Tsuyokute New Saga

After a fierce battle, Magic swordsman Kyle finally killed the Demon Lord after being seriously injured in the battle. Kyle on the verge of death approaches a relic which was in possession of the Demon Lord and it sends him to the past. After recovering from the initial shock, he decides to use this opportunity to avoid making the same mistakes of the past and become stronger. (Source: MU)

Meiji Tokyo Renka Movie 1: Yumihari no Serenade

On an evening lit by a crimson full moon, an ordinary high school girl named Mei Ayazuki meets a self-proclaimed magician named Charlie at a festival. Through Charlie's magic, she time-travels to the Meiji era in Tokyo, where she meets and falls in love with various great historical figures from that time period. (Source: ANN)

Bakumatsu Crisis

Jikuu Tantei Genshi-kun

Flint the time detective.

It is the 25th century. The dark lord has 'infected' history with time-devices that could damage history beyond repair. Genshi and his father lived in the prehistorics when they got turned into fossiles. They are discovered and Genshi gets turned back to his original state. With the help of his father, a boy Tony and a girl Sara he has to travel trough time to bring the time-devices back to the land of time so history will be saved. (Source: ANN)

Oda Nobuna no Yabou Recap

A summary episode of the whole series.

Generator Gawl

Ryo, Gawl and Koji are 3 young boys who travel back into the past with only 1 objective: change history. In their time they discover that their country, Kubere, uses genetically enhanced persons called generators as a military tool. These generators are the cause for the Third War which kills most of the human population. Now Koji, Ryo and Gawl are there to change all the events. (Source: ANN)

Shiguang Zhaoxiangguan de Richang

Link click: the daily life in lightime.

Chibi-styled episodes of daily life at the photo studio.

Ushinawareta Mirai wo Motomete: Ushinawareta Natsuyasumi wo Motomete

Upon regaining her senses, Yui Furukawa discovers that the current day is July 13—a starting point that she has never experienced prior. However, despite the unfamiliar circumstances, she resolves to spend her summer vacation with the other members of the Astronomy Club at Nagisa Hanamiya's family villa. The house and its surrounding area have a rich history; a renowned scientist, Nagisa's great-grandmother researched and developed technology at the nearby military manufacturing plant. While the Astronomy Club is having fun at the beach, a sudden storm stops their plans short. Left with no other choice, the group takes shelter at the abandoned factory, eventually leading them to explore a hidden underground bunker. What they encounter there may reveal an unprecedented connection to a lost future. [Written by MAL Rewrite]

Doraemon Movie 01: Nobita no Kyouryuu

Doraemon the movie: nobita's dinosaur.

Natsu-iro no Sunadokei

Sandglass of summer colors.

Makimura Koutarou has made up his mind: during the summer vacation, he is going to confess his love to the seemingly unapproachable Serizawa Kaho. Yet, on the night before, he has a run-in with a strange girl - an encounter which propels him into the future. There, he learns that not only has Kaho-chan become his girlfriend, but she has also died in a tragic accident. Returning to his own time, Koutarou sets out to change the future and save his love. (Source: ANN)

Kono Yo no Hate de Koi wo Utau Shoujo YU-NO: Mugen no Heiretsu Sekai

Unaired episode included with the third Blu-ray volume.

Tsuki wa Higashi ni Hi wa Nishi ni: Operation Sanctuary

Naoki Kuzumi, a junior in high school, had lost his parents in an accident five years ago, and is living with his aunt, uncle, and cousin Matsuri. He always thought his life was ordinary, besides the fact that he can't remember what happened in his youth. One sunny day as he is taking a nap on a bench, a redheaded girl -- Mikoto -- literally falls on him from the sky. For some reason, she thinks he's her younger brother. Naoki's time period is a temporal shelter for those in the future, when many are suffering from an incurable disease. When she heard her younger brother Yuusuke had been taken to Naoki's time, Mikoto herself had gone back in time. (Source: ANN)

Meng Qi Shi Shen: Zaijie Liangyuan

Cinderella chef: adorable food goddess.

Ye Jiayao is a modern-day celebrity chef who loves traditional Chinese recipes and often experiments with them. However, when a food experiment goes wrong, she travels back in time to the ancient times, where she becomes the daughter of a magistrate with the name Ye Jin Xuan. When she wakes up she is suddenly kidnapped to Hei Fang Camp where she meets the leader of the bandits, Xia Chun Yu, the young master of the Jing An Marquis manor, who is actually an undercover agent for the king. He had infiltrated the Black Wind Fortress bandits to investigate a plot to overthrow the king. The two then get engaged in a fake marriage. Ye Jia Yao starts to win over hearts, including Xia Chun Yu's, with her superb cooking skills and modern street smarts. (Source: Wikipedia)

Nijiiro Hotaru: Eien no Natsuyasumi

Rainbow fireflies.

Yuuta was 12-year-old boy, who had lost his father in the traffic accident one year ago. In the summer vacation, he visited a deserted dam deep in the mountains, where he had a good time with his father before. Suddenly a thunder storm occurred and he slipped on the ground. He lost consciousness and woke up to find a girl and an unfamiliar village. He time-traveled 30 years and reached a village, which sank at the bottom of the dam. This is Yuuta's precious memory of "another" summer vacation.

Magic Tree House

Based on The Magic Tree House series, award winning series of children books written by American author Mary Pope Osborne.

Shiguang Dailiren Special: Xiaoyao Sanren de Weituo

Link click: troubles of ordinary people.

Chibi-style special episode of Shiguang Dailiren.

Lupin III: Kiri no Elusive

Lupin iii: elusiveness of the fog.

On the ocean floor, Lupin is once again seeking a treasure hoping to get on Fujiko's good side. As Zenigata chases them on sea and land, people around the gang begin to vanish mysteriously. The fog rolls in and Mamo Kyosuke appears in a burst of light; he claims to be from the future and seeks revenge on Lupin III for what Lupin XIII has done to him. Mamo hurls Lupin, Jigen, Goemon, and Zenigata 500 years into the past; as two warring factions fight over a legendary shrine dedicated to time travel, Lupin must find a way to survive the past to ensure his future. (Source: Lupin III Encyclopedia) This movie is a remake of episode 13 in the original Lupin III series.

Yarinaoshi Reijou wa Ryuutei Heika wo Kouryakuchuu

The do-over damsel conquers the dragon emperor.

Jill Savelle—fiancée of the crown prince Gerald de Kleitos and known as the "Lady Goddess of War"—is being hunted down by the same country she swore to protect. Betrayed by her betrothed, she is framed as a traitor and imprisoned. In her last moments, Jill is filled with regret, but just as death approaches, she awakens six years in the past. This time, she will not be a mere pawn. Now as a 10-year-old girl, Jill resolves to escape her imminent engagement to the prince. To this end, she jokingly professes her love to the 19-year-old dragon emperor Hades Theos Rave, who will one day stain the land in blood due to madness. But against all expectations, he accepts! In contrast to the tyrant from Jill's memories, the Hades of this time is a kind albeit unfortunate emperor. Can Jill prevent Hades from descending down the same dark, villainous road, or is he bound to an inevitable future? [Written by MAL Rewrite]

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Posted Apr 23, 2024

At 11:33 PM UTC

I haven’t been to a gadget launch like this in… a long time. We’re at the swanky TWA Hotel in NYC, where a bunch of early Rabbit adopters will get their AI gadgets . There’s a 360 Photo Booth! And a speakeasy! And a whole installation of scroll wheels! AI!

I traded in my MacBook and now I’m a desktop convert

This self-transforming megatron is as badass as it is expensive, tesla’s autopilot and full self-driving linked to hundreds of crashes, dozens of deaths, blizzcon 2024 has been canceled, dji might get banned next in the us, more from this stream the rabbit r1: all the latest news about this hare-raising ai gadget, the rabbit r1 comes with a “vintage cassette style travel case.”, the rabbit r1 will start shipping on easter sunday (march 31st)., checking in on the rabbit r1’s note-taking prowess., the rabbit r1’s built-in audio is the worst way to listen to the gorillaz..

Artificial Intelligence
The AI That Could Heal a Divided Internet

I n the 1990s and early 2000s, technologists made the world a grand promise: new communications technologies would strengthen democracy, undermine authoritarianism, and lead to a new era of human flourishing. But today, few people would agree that the internet has lived up to that lofty goal.

Today, on social media platforms, content tends to be ranked by how much engagement it receives. Over the last two decades politics, the media, and culture have all been reshaped to meet a single, overriding incentive: posts that provoke an emotional response often rise to the top.

Efforts to improve the health of online spaces have long focused on content moderation, the practice of detecting and removing bad content. Tech companies hired workers and built AI to identify hate speech, incitement to violence, and harassment. That worked imperfectly, but it stopped the worst toxicity from flooding our feeds.

There was one problem: while these AIs helped remove the bad, they didn’t elevate the good. “Do you see an internet that is working, where we are having conversations that are healthy or productive?” asks Yasmin Green, the CEO of Google’s Jigsaw unit, which was founded in 2010 with a remit to address threats to open societies. “No. You see an internet that is driving us further and further apart.”

What if there were another way?

Jigsaw believes it has found one. On Monday, the Google subsidiary revealed a new set of AI tools , or classifiers, that can score posts based on the likelihood that they contain good content: Is a post nuanced? Does it contain evidence-based reasoning? Does it share a personal story, or foster human compassion? By returning a numerical score (from 0 to 1) representing the likelihood of a post containing each of those virtues and others, these new AI tools could allow the designers of online spaces to rank posts in a new way. Instead of posts that receive the most likes or comments rising to the top, platforms could—in an effort to foster a better community—choose to put the most nuanced comments, or the most compassionate ones, first.

Read More: How Americans Can Tackle Political Division Together

The breakthrough was made possible by recent advances in large language models (LLMs), the type of AI that underpins chatbots like ChatGPT. In the past, even training an AI to detect simple forms of toxicity, like whether a post was racist, required millions of labeled examples. Those older forms of AI were often brittle and ineffectual, not to mention expensive to develop. But the new generation of LLMs can identify even complex linguistic concepts out of the box, and calibrating them to perform specific tasks is far cheaper than it used to be. Jigsaw’s new classifiers can identify “attributes” like whether a post contains a personal story, curiosity, nuance, compassion, reasoning, affinity, or respect. “It's starting to become feasible to talk about something like building a classifier for compassion, or curiosity, or nuance,” says Jonathan Stray, a senior scientist at the Berkeley Center for Human-Compatible AI. “These fuzzy, contextual, know-it-when-I-see-it kind of concepts— we're getting much better at detecting those.”

This new ability could be a watershed for the internet. Green, and a growing chorus of academics who study the effects of social media on public discourse, argue that content moderation is “necessary but not sufficient” to make the internet a better place. Finding a way to boost positive content, they say, could have cascading positive effects both at the personal level—our relationships with each other—but also at the scale of society. “By changing the way that content is ranked, if you can do it in a broad enough way, you might be able to change the media economics of the entire system,” says Stray, who did not work on the Jigsaw project. “If enough of the algorithmic distribution channels disfavored divisive rhetoric, it just wouldn’t be worth it to produce it any more.”

One morning in late March, Tin Acosta joins a video call from Jigsaw’s offices in New York City. On the conference room wall behind her, there is a large photograph from the 2003 Rose Revolution in Georgia, when peaceful protestors toppled the country’s Soviet-era government. Other rooms have similar photos of people in Syria, Iran, Cuba and North Korea “using tech and their voices to secure their freedom,” Jigsaw’s press officer, who is also in the room, tells me. The photos are intended as a reminder of Jigsaw’s mission to use technology as a force for good, and its duty to serve people in both democracies and repressive societies.

On her laptop, Acosta fires up a demonstration of Jigsaw’s new classifiers. Using a database of 380 comments from a recent Reddit thread, the Jigsaw senior product manager begins to demonstrate how ranking the posts using different classifiers would change the sorts of comments that rise to the top. The thread’s original poster had asked for life-affirming movie recommendations. Sorted by the default ranking on Reddit—posts that have received the most upvotes—the top comments are short, and contain little beyond the titles of popular movies. Then Acosta clicks a drop-down menu, and selects Jigsaw’s reasoning classifier. The posts reshuffle. Now, the top comments are more detailed. “You start to see people being really thoughtful about their responses,” Acosta says. “Here’s somebody talking about School of Rock— not just the content of the plot, but also the ways in which the movie has changed his life and made him fall in love with music.” (TIME agreed not to quote directly from the comments, which Jigsaw said were used for demonstrative purposes only and had not been used to train its AI models.)

Acosta chooses another classifier, one of her favorites: whether a post contains a personal story. The top comment is now from a user describing how, under both a heavy blanket and the influence of drugs, they had ugly-cried so hard at Ke Huy Quan’s monologue in Everything Everywhere All at Once that they’d had to pause the movie multiple times. Another top comment describes how a movie trailer had inspired them to quit a job they were miserable with. Another tells the story of how a movie reminded them of their sister, who had died 10 years earlier. “This is a really great way to look through a conversation and understand it a little better than [ranking by] engagement or recency,” Acosta says.

For the classifiers to have an impact on the wider internet, they would require buy-in from the biggest tech companies, which are all locked in a zero-sum competition for our attention. Even though they were developed inside Google, the tech giant has no plans to start using them to help rank its YouTube comments, Green says. Instead, Jigsaw is making the tools freely available for independent developers, in the hopes that smaller online spaces, like message boards and newspaper comment sections, will build up an evidence base that the new forms of ranking are popular with users.

Read More: The Subreddit /r/Collapse Has Become the Doomscrolling Capital of the Internet. Can Its Users Break Free?

There are some reasons to be skeptical. For all its flaws, ranking by engagement is egalitarian. Popular posts get amplified regardless of their content, and in this way social media has allowed marginalized groups to gain a voice long denied to them by traditional media. Introducing AI into the mix could threaten this state of affairs. A wide body of research shows that LLMs have plenty of ingrained biases; if applied too hastily, Jigsaw’s classifiers might end up boosting voices that are already prominent online, thus further marginalizing those that aren’t. The classifiers could also exacerbate the problem of AI-generated content flooding the internet, by providing spammers with an easy recipe for AI-generated content that’s likely to get amplified. Even if Jigsaw evades those problems, tinkering with online speech has become a political minefield. Both conservatives and liberals are convinced their posts are being censored; meanwhile, tech companies are under fire for making unaccountable decisions that affect the global public square. Jigsaw argues that its new tools may allow tech platforms to rely less on the controversial practice of content moderation. But there’s no getting away from the fact that changing what kind of speech gets rewarded online will always have political opponents.

Still, academics say that given a chance, Jigsaw’s new AI tools could result in a paradigm shift for social media. Elevating more desirable forms of online speech could create new incentives for more positive online—and possibly offline—social norms. If a platform amplifies toxic comments, “then people get the signal they should do terrible things,” says Ravi Iyer, a technologist at the University of Southern California who helps run the nonprofit Psychology of Technology Research Network. “If the top comments are informative and useful, then people follow the norm and create more informative and useful comments.”

The new algorithms have come a long way from Jigsaw’s earlier work. In 2017, the Google unit released Perspective API, an algorithm for detecting toxicity. The free tool was widely used, including by the New York Times, to downrank or remove negative comments under articles. But experimenting with the tool, which is still available online, reveals the ways that AI tools can carry hidden biases. “You’re a f-cking hypocrite” is, according to the classifier, 96% likely to be a toxic phrase. But many other hateful phrases, according to the tool, are likely to be non-toxic, including the neo-Nazi slogan “Jews will not replace us” (41%) and transphobic language like “trans women are men” (36%). The tool breaks when confronted with a slur that is commonly directed at South Asians in the U.K. and Canada, returning the error message: “We don't yet support that language, but we're working on it!”

To be sure, 2017 was a very different era for AI. Jigsaw has made efforts to mitigate biases in its new classifiers, which are unlikely to make such basic errors. Its team tested the new classifiers on a set of comments that were identical except for the names of different identity groups, and said it found no hint of bias. Still, the patchy effectiveness of the older Perspective API serves as a reminder of the pitfalls of relying on AI to make value judgments about language. Even today’s powerful LLMs are not free from bias, and their fluency can often conceal their limitations. They can discriminate against African American English; they function poorly in some non-English languages; and they can treat equally-capable job candidates differently based on their names alone . More work will be required to ensure Jigsaw’s new AIs don’t have less visible forms of bias. “Of course, there are things that you have to watch out for,” says Iyer, who did not work on the Jigsaw project. “How do we make sure that [each classifier] captures the diversity of ways that people express these concepts?”

In a paper published earlier this month, Acosta and her colleagues set out to test how readers would respond to a list of comments ranked using Jigsaw’s new classifiers, compared to comments sorted by recency. They found that readers preferred the comments sorted by the classifiers, finding them to be more informative, respectful, trustworthy, and interesting. But they also found that ranking comments by just one classifier on its own, like reasoning, could put users off. In its press release launching the classifiers on Monday, Jigsaw says it intends for its tools to be mixed and matched. That’s possible because all they do is return scores between zero and one—so it’s possible to write a formula that combines several scores together into a single number, and use that number as a ranking signal. Web developers could choose to rank comments using a carefully-calibrated mixture of compassion, respect, and curiosity, for example. They could also throw engagement into the mix as well – to make sure that posts that receive lots of likes still get boosted too.

Just as removing negative content from the internet has received its fair share of pushback, boosting certain forms of “desirable” content is likely to prompt complaints that tech companies are putting their thumbs on the political scales. Jigsaw is quick to point out that its classifiers are not only apolitical, but also propose to boost types of content that few people would take issue with. In tests, Jigsaw found the tools did not disproportionately boost comments that were seen by users as unfavorable to Republicans or Democrats. “We have a track record of delivering a product that’s useful for publishers across the political spectrum,” Green says. “The emphasis is on opening up conversations.” Still, the question of power remains: who gets to decide which kinds of content are desirable? Jigsaw’s hope is that by releasing the technology publicly, different online spaces can each choose what works for them—thus avoiding any one hegemonic platform taking that decision on behalf of the entire internet.

For Stray, the Berkeley scientist, there is a tantalizing prospect to an internet where positive content gets boosted. Many people, he says, think of online misinformation as leading to polarization. And it can. “But it also works the other way around,” he says. The demand for low-quality information arises, at least in part, because people are already polarized. If the tools result in people becoming less polarized, “then that should actually change the demand-side for certain types of lower quality content.” It’s hypothetical, he cautions, but it could lead to a virtuous circle, where declining demand for misinformation feeds a declining supply.

Why would platforms agree to implement these changes? Almost by definition, ranking by engagement is the most effective way to keep users onsite, thus keeping eyeballs on the ads that drive up revenue. For the big platforms, that means both the continued flow of profits, and the fact that users aren’t spending time with a competitor’s app. Replacing engagement-based ranking with something less engaging seems like a tough ask for companies already battling to keep their users’ attention.

That’s true, Stray says. But, he notes that there are different forms of engagement. There’s short-term engagement, which is easy for platforms to optimize for: is a tweak to a platform likely to make users spend more time scrolling during the next hour? Platforms can and do make changes to boost their short-term engagement, Stray says—but those kinds of changes often mean boosting low-quality, engagement-bait types of content, which tend to put users off in the long term.

The alternative is long-term engagement. How might a change to a platform influence a user’s likelihood of spending more time scrolling during the next three months? Long-term engagement is healthier, but far harder to optimize for, because it’s harder to isolate the connection between cause and effect. Many different factors are acting upon the user at the same time. Large platforms want users to be returning over the long term, Stray says, and for them to cultivate healthy relationships with their products. But it’s difficult to measure, so optimizing for short-term engagement is often an easier choice.

Jigsaw’s new algorithms could change that calculus. “The hope is, if we get better at building products that people want to use in the long run, that will offset the race to the bottom,” Stray says. “At least somewhat.”

‘Self-driving labs.’ Scientists at PNNL explore how AI can help transform research

Scientific research takes time. Experimentation can be painstakingly slow. Innovation is often more incremental than immediate.

This all may be true, but given today’s most pressing challenges in science, energy and security, we no longer have the luxury of time. Researchers at the Department of Energy’s Pacific Northwest National Laboratory are exploring the frontiers of artificial intelligence, or AI, to quickly find solutions that can transform these fields.

Their use of AI to aid research will ultimately lead to “self-driving laboratories” and “autonomous experiments” that fully integrate artificial intelligence, robotics and digital technologies. For example, the planned Microbial Molecular Phenotyping Capability, an expansion to the Environmental Molecular Sciences Laboratory, a DOE user facility at PNNL, will use AI to automate the entire experimentation process — from sample preparation to data analysis to guiding the next steps of an experiment. This revolutionary approach will give scientists new ways to rapidly enable biotechnological advances, such as more economical and efficient production of fuels, chemicals and materials.

In one significant step toward self-driving laboratories, researchers at PNNL are incorporating a breakthrough in electron microscopy that uses an AI approach known as deep learning to accelerate advances in materials science. Using complex algorithms, they can train a model to find patterns of interest in the high volume of data collected by these instruments — making it possible to speed the development of new materials for more efficient catalysts and longer-lasting batteries.

While researchers have been applying some of these methods to electron microscopy at PNNL for about a decade, they still required human engagement and were labor intensive.

For instance, scientists studying radiation damage to materials used in nuclear reactors or spacecraft typically begin by manually tracing regions of interest on the images captured by the electron microscope. They then hand-label these datasets and use them to train a model to identify similar areas in other images. Besides being time-consuming, human labeling can lead to errors, especially as people review images of the same sample captured by the microscope’s different lenses.

But now, researchers have built upon a PNNL-developed platform that merges features in electron microscopy images, visualizes data in real time and identifies areas of potential interest automatically. It can do in about an hour what previously took researchers upward of 100 hours — and can now identify patterns in materials without human intervention.

These image classification tools offer such value to the research community that PNNL is working with a leading research instrument supplier to incorporate them into their commercial products.

In our labs, researchers already are applying this technique to improve understanding of damage to materials in high radiation environments. While there is no shortage of data, the missing link has been the ability to interpret it in a way that elucidates the degradation process, shows what is happening at material interfaces and informs how to engineer new, better-performing materials.

With the help of the deep learning model, the electron microscope image is accurately parsed into small sections that are sorted into groups based on similarity — even when they are not physically next to each other in the actual material. These different groups are then color coded to represent different levels of radiation damage, providing new insights without the researcher having to tell the model what to look for.

Beyond this work with microscopes, PNNL has much greater aspirations for the power of AI to transform research and innovation. Through our partnership with Microsoft, we will use high-performance computing, cloud computing and artificial intelligence to accelerate scientific discovery in chemistry and materials science. Our journey toward delivering results in hours or days that would have previously taken months or years has just begun, but the prospects are exciting — and the world can’t wait for the results!

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4 Ways AI Travel Assistants Can Save You Money on Your Next Vacation

W hether you’re planning a spring break trip or a summer vacation , travel season is upon us — but with inflation hitting Americans at every corner , budgeting for a vacation can be arduous.

Check Out: 8 Tips to Fly Business Class for the Price of Economy

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Indeed, 90% of Americans planning to travel for spring break said that price and affordability are top of mind, resulting in 77% of travelers saying they have not booked their trips yet, according to Hopper.

Enter artificial intelligence. AI, which makes — or aims to make — the way we live, shop and work easier, can now also help you save money on your next vacation.

Learn More: 9 American Travel Brands to Stay Away From

Sponsored: Owe the IRS $10K or more? Schedule a FREE consultation to see if you qualify for tax relief.

Expedia and KAYAK Launch ChatGPT Plug-Ins

For instance, several travel sites, including Expedia and KAYAK, have launched ChatGPT plug-ins recently. Users can get recommendations on places to go, where to stay, how to get around, and what to see and do based on the chat.

“You’ll find AI embedded in most of the best-known travel booking engines today, so you might be using AI to help plan your trip without even realizing it,” said Brian Prince, founder and CEO of TopAITools.com .

For instance, Expedia uses a ChatGPT plug-in on the homepage of the app to provide travel recommendations. It will save hotels and attractions mentioned in the conversation to a trip, which you can then book in the app. Using one platform for research and booking helps streamline travel planning and save time.

And two-thirds — 64% of travelers — said they expect to use AI to research or plan travel in the future, or have already done so, according to a Matador Network survey. In addition, 16% said they had already used AI to help plan their travel — and a majority of those respondents said they used AI tools to save time planning (60%) and to find activities or attractions they wouldn’t have known about (70%).

“Budgeting is a huge part of travel. Very few people can move around the globe as if money was no object,” said Ross Borden, CEO of travel publisher Matador Network .

Matador Network also recently launched GuideGeek , a free OpenAI-powered travel assistant with budgeting in mind, said Borden.

Staying Within Your Travel Budget

According to Borden, GuideGeek can be completely customizable to the request of the user. For example, you can make an itinerary of any length and matching any budget for any location in the world.

“How often have you been looking at a hotel online that’s in your budget, but there’s an ad for another hotel that looks way better but costs twice as much?” asked Borden.

ChatGPT itself can offer basic money-saving tips for travel, even with a pretty simple prompt like, “What are some of the best tips to save money on travel?” said Prince.

Yet, Prince noted that when it comes to ChatGPT prompts, the more specific and detailed you can be, the better the output.

For instance, when Prince used the prompt, “I’m planning a trip to Paris in April. Can you tell me some tips to save money on food and tourist attractions?” ChatGPT offered specific and tangible advice, including a list of free attractions.

“I didn’t know you could get into the Louvre free after 6pm on the first Friday of every month (except in July and August)! Always make sure to fact-check the information from ChatGPT, as it may not be up-to-date or accurate,” he added.

Prince said he asked ChatGPT for ways to save money on checked baggage fees with Delta, “and it gave me some solid advice.”

Finding Flight Deals

AI travel tools can also help finding not only the cheapest flights, but flights with other options.

“We see a lot of users booking flights on GuideGeek because rather than a somewhat overwhelming array of flight options no sane person would take, if you put in your dates and destinations, GuideGeek immediately searches all available flights and provides three options: best, fastest and cheapest,” said Borden.

Prince added that Google Flights now uses AI to predict when you can get the best prices on tickets.

“Google Gemini integrates with Google Flights to access data, so you can plan your trip in Gemini and then book it easily, knowing you’re getting the best prices,” he said.

Brainstorming for Budget Travel

Using AI to get ideas and inspiration for your next trip is a great way to break out of your typical habits in booking destinations of which you’re already aware, said Borden.

“AI presents a more proactive option for travelers to find new destinations that fit within their budget, as opposed to scrolling on Instagram and hoping that the cool beach you just saw has somewhere affordable to stay nearby,” he said.

Asking for Cost-Saving Strategies

For instance, as you plan your trip, you can message back and forth with GuideGeek at no cost on Facebook, WhatsApp and Instagram.

“While lists of free activities exist online for a lot of destinations, using AI can help create a custom list generated around what you’re looking for. It would take quite a bit of time to research the same highly specific set of info on Google,” said Borden.

Air Jordan 1 Chicago: The Inspiration Behind the Design

Product launch.

A closer look at how Jordan designers reimagined the original 1985 AJ1 to create the new Air Jordan 1 'Chicago'.

Air Jordan 1 2022 "Lost and Found" Chicago: The Inspiration Behind the Design

What to Know

Air Jordan 1 2022 Chicago (aka "Lost & Found") dropped on November 19, 2022
Retail price is $180 for adults and will be available in full family sizing. (See below for more details)
Stay up to date on news and updates on the SNKRS app
Air Jordan 1 2022 Chicago (aka "Lost & Found") drops on November 19, 2022

You already know what the Air Jordan 1 is all about. It’s a staple of sneaker culture.

The Air Jordan 1, however, wasn’t destined to be an all-time classic.

When it first debuted in 1985, there weren’t grand expectations. Instead, there were critics loudly chirping about Nike’s decision to give Michael Jordan a large sneaker deal before he played a single game and the rookie’s choice to sign with a company that, up to that point, was best known for running shoes.

Jordan quickly flipped the narrative on the court by winning Rookie of the Year, averaging 28.2 PPG, 6.5 RPG, and 5.9 APG in 1985 while donning Air Jordan 1s. MJ’s meteoric rise propelled the Air Jordan 1, resulting in nationwide demand and making the sneakers a must-have for hoop heads.

Introducing the Air Jordan 1 'Chicago'

The AJ1 "Chicago" was inspired by the high top Air Jordan 1 original colorway, first released in 1985. The shoe harkens back to a time when shoe boxes were often lost in inventory stockrooms, only to be found again years later.

Before the advent of sophisticated inventory systems, products were typically tracked with pen and paper. Human error was inevitable and frequently resulted in shoe boxes with mismatched lids.

The AJ1 Chicago is a throwback to this era, drawing inspiration from what an original 1985 Air Jordan 1 would look like if found decades later in a dusty stock room.

According to the Jordan design team, the goal of this shoe was to create a “time travel moment,” especially for a new generation of consumers. The process of buying a shoe today is very different from what it was like in the 80s. This sneaker attempts to capture that lost and found feeling, giving consumers a taste of what a box-fresh, vintage AJ1 would have looked like back in the day.

Lost & Found: A Unique Design

The Jordan Brand team responsible for developing the AJ1 Chicago obsessed every detail of the shoe’s design to bring this nostalgic story to life. Jordan designers studied multiple pairs of original AJ1s in varying states of distress to capture the nuances of the shoe’s look, described as having “light to no wear but with materials that sat for years in a box and didn’t withstand the test of time.”

The Inspiration

Ultimately, the team focused on several key design elements of the Chicago to drive forward the AJ1’s history. The image below shows the updated 2022 Chicago (top) next to an original 1985 Air Jordan 1 (bottom) to highlight the sneaker's inspiration.

A Closer Look

The 2022 Chicago colorway comes with a range of key design features influenced by the OG AJ1.

Bigger Swoosh

Ankle Collars

One of the most common signs of age on an original pair of AJ1s was a cracked and faded ankle collar. The black leather material wrapped around the ankle collars had a tendency to dry out and crack over a period of time, and often would begin to flake off with wear and handling.

The ankle collars on the new Chicago mimic this weathered appearance and give a nod to collectors who understand the amount of care necessary when handling a pair of 1985 originals.

Similar to the ankle collars, the rubber cupsole of an original AJ1 would age over time, turning into a light yellow hue. The Chicago pays homage to this look.

According to the Jordan Brand Design team, when shoes are left in a box for years and not properly maintained, they’re going to crack, yellow and pigment. The goal with the AJ1 Chicago was to hint at this subtle aging look, while adding tactility to the shoe’s sole.

Aged Leather

Leather is a natural material that requires ongoing maintenance. With years of neglect in a stockroom leather starts to dry out and leave visible signs of aging. The Chicago offers hints of dryness in the leather, most noticeably in the toe area and side panels. But the effect is merely aesthetic.

Jordan Brand designers took note of the condition in the leather from several older pairs of AJ1s. Observing how some of the oils in the leather came to the surface and created different visible effects, they recreated a rich look using premium materials that will last longer for today’s consumers.

OG Box & Lid

In a nod to the “lost and found” nature of the colorway, the updated Chicago comes with a mismatched box lid that speaks to the shoes being misplaced in back rooms and basements.

Designers added extra details both inside and outside the box that serve as a shout out to shoe promotions created once upon a time. According to the Jordan design team, every detail should be recognizable to those who grew up back in those days, while giving new sneakerheads a chance to experience what it was like.

One such example is the inclusion with every pair of a vintage receipt meant to replicate actual receipts that found their way into the hands of collectors from deadstock shoeboxes. The receipt calls up images of how sneakers used to be acquired in analog fashion before the internet age.

Retelling the Story

As a result of the many unique design choices, not every pair of updated AJ1s will look exactly the same. The subtle differences in each sneaker reinforce the throwback theme of this colorway.

Jordan designers took an approach that gave the 2022 Air Jordan 1 Chicago “an edge, a narrative and a connection.” They wanted a look and feel that came with a history tied back to something many consumers may not even be aware of. Ultimately, whether old school or new generation, Jordan Brand wants every consumer to see beauty in the story behind the shoe.

The sneaker dropped on November 19, 2022. The Chicago will be available in full family sizing.

The AJ1 Chicago retails for $180 (USD) for adults. Prices will vary by country.

The shoe will be available in full family sizing at the following price points:

Adult: $180
GS (Grade School): $140
PS (Preschool): $85
TD (Toddler): $70
Crib (Infant): $50

You can find the shoe on SNKRS.com and the SNKRS app , as well as in Jordan Brand stores and retailers globally.

Stay up to date by clicking "Notify Me" on SNKRS .

Like all Jordans, the Air Jordan 1 Chicago (aka “Lost and Found”) was originally designed as a basketball shoe. It’s inspired by the 1985 Air Jordan 1, so it features old school technology and cushioning.

Shop Air Jordan 1

Air Jordan 1 Retro High OG

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Air Jordan 1 High OG

Big kids' shoes.

Jordan 1 Retro High OG

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Air Jordan 1 Retro High

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Air Jordan 1 Low SE

Originally published: November 7, 2022

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IMAGES

Chrono Portals Time Travel through Strange Clock Faces and Symbols AI
Time travel in different dimensions. AI generated. ilustração do Stock
Man Uses Stable Diffusion AI to Take Time Travel Selfies in the Past
Artist Uses AI to 'Time Travel' and Take Selfies in The Past
timetravel
How to use MyHeritage AI time machine to create avatars and time travel

VIDEO

EINSTEIN’S TIME TRAVEL: From CLOCKS to UNIVERSE
‼️ TIME TRAVEL ⌚ SEASON 2
‼️ TIME TRAVEL ⌚ SEASON 2
The Science Behind Time Travel
जहाज दुर्घटना 🛩🛩🛩✈️😭😭😭😭 #a2_sir #a2sir #a2motivation #saudiairlines #saudiarbaiflight #youtubeshorts
AI Time Traveler

COMMENTS

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On Time Travel: Blueprint for an AI-Powered Time Machine
With an intangible barrier between us, it's time to consider that time travel might start here. When we do, a blueprint for an AI-powered time machine emerges. Our perception of time is man-made. The weekdays come from the seven celestial objects seen in the sky - SATURN-day, SUN-day, MOON-day. The month - or MOONth - from the moon's cycle ...
Time Travel Using AI + VR?
The AI will have the capability to travel through time. As a result, it will be able to learn what we want it to learn. The AI can then take the knowledge of millions of years of historical data. And it will then simulate it in a way that appears lifelike. We don't even need to travel in Time for the AI to gather all this data.
Navigating history with AI: The promise and peril of digital time travel
Navigating history with AI: The promise and peril of digital time travel. Discover how companies are responsibly integrating AI in production. This invite-only event in SF will explore the ...
Trip Planner AI: Free & Customizable Travel Itinerary App
Revolutionize your travel itineraries with Trip Planner AI, the ultimate tool for modern travelers. Our advanced AI trip and travel planner capabilities ensure seamless itinerary planning. Experience the ease of crafting AI-optimized itineraries tailored to your preferences. Plan your trip effortlessly with our innovative technology and start exploring smarter today!
Trip Genius
Trip Genius is an AI-powered trip planner that generates personalized trip guides in seconds. Discover unique ideas and itineraries for your next city break or vacation with our smart travel planning tool. Trip Genius is an artificial intelligence powered trip planner that generates trip guides. Generate ideas for your next trip in just a few ...
Time Travel Simulation Resolves "Grandfather Paradox"
The source of time travel speculation lies in the fact that our best physical theories seem to contain no prohibitions on traveling backward through time. The feat should be possible based on ...
AI Time Traveler
The AI Time Travel er is ready to take flight Program med with knowledge, leaving no stone unt urned The possibilities are endless, with lessons to be learned As we explore the unknown, with technology at our side We 'll discover new insights, and an adventure that can 't hide So join us, follow our lead, and embark on this journey The
Is Time Travel Possible?
In Summary: Yes, time travel is indeed a real thing. But it's not quite what you've probably seen in the movies. Under certain conditions, it is possible to experience time passing at a different rate than 1 second per second. And there are important reasons why we need to understand this real-world form of time travel.
Time Travel
Discover more Time Travel anime on MyAnimeList, the largest online anime and manga database in the world! Hide Ads Login Sign Up. ... Alexis and Maho unveil Amadeus—a revolutionary AI capable of storing a person's memories and creating a perfect simulation of that person complete with their personality and quirks. Meeting with Maho and Alexis ...
Hello from the Rabbit R1 launch party!
I haven't been to a gadget launch like this in… a long time. We're at the swanky TWA Hotel in NYC, where a bunch of early Rabbit adopters will get their AI gadgets. There's a 360 Photo Booth!
The AI That Could Heal a Divided Internet
By Billy Perrigo. April 15, 2024 2:00 PM EDT. I n the 1990s and early 2000s, technologists made the world a grand promise: new communications technologies would strengthen democracy, undermine ...
AI in aviation: Smarter travel
As artificial intelligence (AI) continues to evolve, its impact on the travel industry becomes increasingly apparent. From optimizing travel planning to enhancing sustainability, AI is reshaping the way we experience the world. Join us as we explore the transformative potential of AI in travel. There is a saying that innovations are greatly ...
AI Set to Shape the Future of Travel & Tourism, Says WTTC
New reports from the World Travel & Tourism Council (WTTC) and Microsoft highlight the "transformative" power of artificial intelligence (AI) and its role in shaping the future of travel and ...
AI for Research: The self-driving labs of the future
Researchers at the Department of Energy's Pacific Northwest National Laboratory are exploring the frontiers of artificial intelligence, or AI, to quickly find solutions that can transform these ...
4 Ways AI Travel Assistants Can Save You Money on Your Next Vacation
In addition, 16% said they had already used AI to help plan their travel — and a majority of those respondents said they used AI tools to save time planning (60%) and to find activities or ...
Air Jordan 1 Chicago: The Inspiration Behind the Design
Air Jordan 1 2022 Chicago (aka "Lost & Found") drops on November 19, 2022. Retail price is $180 for adults and will be available in full family sizing. (See below for more details) Stay up to date on news and updates on the SNKRS app. You already know what the Air Jordan 1 is all about.