• Twist House / HAGISO
    www.archdaily.com
    Twist House / HAGISOSave this picture! Keishin Horikoshi / SSArchitects: HAGISOAreaArea of this architecture projectArea:99 mYearCompletion year of this architecture project Year: 2025 PhotographsPhotographs:Keishin Horikoshi / SS Lead Architects: Mitsuyoshi Miyazaki More SpecsLess SpecsSave this picture!Text description provided by the architects. A tiny wooden house set within the dense urban fabric of Yanaka, Tokyo. This area, designated as a quasi-fire prevention district, preserves numerous shrines and temples that survived wartime destruction. In response to its conventional residential surroundings, the design introduces a subtle yet distinctive element of 10 rotation.Save this picture!Save this picture!Save this picture!Save this picture!Save this picture!Externally, the house maintains a simple rectangular form, harmonizing with neighboring buildings by following similar proportions for balconies and pilotis. However, within a nested wall is rotated by 10, generating intriguing triangular voids at the corners, as if formed by the splitting of wall thickness.Save this picture!Save this picture!Save this picture!Save this picture!Save this picture!These voids function as staircases and balconies, enhancing natural light, ventilation, and insulation. They also act as transitional spaces, mediating between the interior and the outside world a "third space" that is neither fully enclosed nor completely open. Additionally, these triangular voids serve as pockets of light, visually expanding the perceived spatial volume beyond the actual floor area.Save this picture!Save this picture!Save this picture!In a three-story structure where vertical movement plays a significant role, the staircase subtly widens as it ascends, transitioning from the shadowed lower floors to the brighter upper levels. This variation creates a sense of rhythm, preventing movement through the house from feeling monotonous. By introducing a 10 rotation within a site tightly enclosed on three sides, the design achieves both brightness and privacy, redefining the conventional image of urban housing.Save this picture!Project gallerySee allShow lessAbout this officeHAGISOOfficePublished on March 21, 2025Cite: "Twist House / HAGISO" 21 Mar 2025. ArchDaily. Accessed . <https://www.archdaily.com/1028006/twist-house-hagiso&gt ISSN 0719-8884Save!ArchDaily?You've started following your first account!Did you know?You'll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream
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  • New Hydrothermal Feature Emerges at Yellowstone National Park
    www.discovermagazine.com
    Looking south from near a pullout along the Mammoth to Norris road just north of the Nymph Lake overlook. On the other side of the marsh is a tree-covered rhyolite lava flow, and at the base of the flow is a new thermal feature marked by a plume of steam and that formed in early August 2024. (Image Courtesy of: Mike Poland, USGS, September 1, 2024./Public Domain)NewsletterSign up for our email newsletter for the latest science newsAmong the vast forests, herds of bison, and steaming geysers, a new hydrothermal feature has emerged at Yellowstone National Park.After an exciting summer, with the park seeing a hydrothermal explosion at Biscuit Basin and Norris Geyser Basin, one of the parks scientists also spotted the new hydrothermal feature. According to a news release from the U.S. Geological Survey (USGS), the new feature popped up right in front of our eyes literally!The new feature could be seen from the road, and although it seems to have gone nearly dormant over the winter, researchers at the park think it may come back this summer.Looking southeast at the hydrothermal feature that formed in August 2024 just north of Nymph Lake. Steam is emanating from a vent that is partially full of water to create the frying pan feature nestled in the newly formed vent. A thin grey layer of silica mud covers the vent area. (Image Courtesy of: Jefferson Hungerford, Yellowstone National Park, August 2024/Public Domain) Spotting the New Hydrothermal FeatureWhile driving near Mammoth Hotsprings, one of the parks most notable attractions, a park scientist spotted steam billowing out from a patch of trees in a marshy area. The scientists reported it to the parks geology staff to confirm if it was a new feature.A research team made their way through the marsh area, located the feature, and noted that grey siliceous clay lightly covered the opening, indicating that this was a rather new feature. According to the USGS, the new hydrothermal feature is about 171 degrees Fahrenheit and is located in the Roadside Springs thermal area, where a similar feature emerged about 20 years earlier.A Hydrothermal DivideYellowstone National Park lies within the Yellowstone Caldera and has a long volcanic history. The park is home to thousands of thermal features ranging from hot springs to geysers to mud pods to steam vents. These thermal features are caused by the magma reservoir underneath the park, and magma still flows to this day.According to the USGS, the new feature sits at the foot of a rhyolite lava flow about 10 feet above the marsh, which is all within a hydrothermally altered area about 200 feet long. Although this feature is new to researchers, it may also be part of a different hydrothermal feature that emerged decades years ago.In 2003, researchers noted a similar hydrothermal feature spring up on the other side of the rhyolite flow near Nymph Lake. Researchers think its likely that the 2003 hydrothermal feature and the new one that sprouted up in 2024 are connected.One could run a line along the axis of the older active area, and it would intersect the new feature. This line also follows the trend of faults that run from Norris Geyser Basin northward to Mammoth Hot Springs and beyond, said Yellowstone National Park geologists Jefferson Hungerford and Kiernan Folz-Donahue, in the latest edition of Yellowstone Caldera Chronicles, which is part of the USGS.Aerial view looking to the west at the Roadside Springs hydrothermal area and Nymph Lake showing the locations of thermal features that formed in 2003 and 2024. Yellow line marks the Mammoth-Norris highway. (Image Courtesy of: Jefferson Hungerford, Yellowstone National Park/Public Domain) Running Out of SteamThe 2003 hydrothermal feature is still active, but the new 2024 feature has run out of steam. It remained active well into the fall of 2024 but nearly went cold during the winter. According to the USGS, the hydrothermal feature is still active, but the water in the vent seems to be keeping the steam at bay.Its still too early yet to see if the new hydrothermal feature will begin billowing steam again but until then, researchers will keep a close eye on it. Article SourcesOur writers at Discovermagazine.com use peer-reviewed studies and high-quality sources for our articles, and our editors review for scientific accuracy and editorial standards. Review the sources used below for this article:A graduate of UW-Whitewater, Monica Cull wrote for several organizations, including one that focused on bees and the natural world, before coming to Discover Magazine. Her current work also appears on her travel blog and Common State Magazine. Her love of science came from watching PBS shows as a kid with her mom and spending too much time binging Doctor Who.1 free article leftWant More? Get unlimited access for as low as $1.99/monthSubscribeAlready a subscriber?Register or Log In1 free articleSubscribeWant more?Keep reading for as low as $1.99!SubscribeAlready a subscriber?Register or Log In
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  • Leopard Dined on the Shortest-Ever Early Human Relative, 2 Million Years Ago
    www.discovermagazine.com
    Evidence of one of the smallest and perhaps unluckiest early human relatives has been found in South Africa, according to a paper in the Journal of Human Evolution.Researchers who found what they identified as a fossil of a Paranthropus robustus female, estimated she stood just under 3 feet 4.5 inches. Thats about half an inch shorter than the famous Lucy and 6 inches shorter than the so-called Hobbits.Comparing those three species heights is interesting, but perhaps unfair, since they are separated by many millennia and not necessarily directly connected by evolution. This particular P. robustus lived about 2 million years ago and was found in South Africa. Lucy, an Australopithecus afarensis member, hails from Ethiopia about 3.2 million years ago. And the hobbits, or Homo floresiensis, lived about on an island in Indonesia about 12,000 years ago. Lucky Find of an Unlucky Hominin This P. robustus female was unlucky, because it appears, based upon the teeth marks on her bones, that she was the victim of a leopard. The carnivore likely ate its victim from a tree, occasionally dropping bones, which may have scattered over time. A few of those bones found their way into a cave, which is where the researchers found them.Travis Pickering, a paleoanthropologist at the University of WisconsinMadison, who helped discover, identify, and describe the fossil, says he was ecstatic when he saw the bones. A find like this, in this context that is, millions of years old and from a cave, which is extremely dynamic in terms of things like the build-up sediment, rockfall from the roof, the activities of prehistoric animals that dwelled in it, including eating and chewing bone is as rare as finding hens teeth, he says. I couldnt be happier.Pre-Human DiversityPickering, an author of the paper describing the fossil, says the find is especially important because it sheds light on the diversity of early human ancestors. Paranthropus robustus wasnt our direct ancestor, but, instead, was a very closely related contemporary (a cousin, if you will) of Homo ergaster, a species that we do think was our direct ancestor, Pickering says. More generally, its important to understand the range of diversity represented in the whole human family in order to truly appreciate how we are connected to the rest of the natural world and that we are also subject to the same forces that have shaped other lifeforms.Although the scientists reconstructed the fossils height, and estimated that she likely had a stocky build, they were stumped by the slenderness of her leg bones, especially in comparison to her more robust hips. Pickering says that issue continues to vex the team, but finding more of her bones might help them solve the puzzle. He thinks there is a good chance of such a find, since leopards tend to dine in one spot.Read More: The Flores Man Hobbits: Are They Still Alive?A Species That Did ThriveAlthough other P. robustus bones have been similarly found with teeth marks, Pickering says that, just because the species had been victims of predators, that doesnt somehow make them incompetent. That tag doesn't fit a species that was able to thrive for a million years.Just because some Paranthropus robustus individuals including that represented by the new fossils were the unfortunate victims of predators, it would be completely unfair to conclude that whole species was somehow bumbling, Pickering says.Article SourcesOur writers at Discovermagazine.com use peer-reviewed studies and high-quality sources for our articles, and our editors review for scientific accuracy and editorial standards. Review the sources used below for this article:Before joining Discover Magazine, Paul Smaglik spent over 20 years as a science journalist, specializing in U.S. life science policy and global scientific career issues. He began his career in newspapers, but switched to scientific magazines. His work has appeared in publications including Science News, Science, Nature, and Scientific American.
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  • Structural dynamics of DNA unwinding by a replicative helicase
    www.nature.com
    Nature, Published online: 19 March 2025; doi:10.1038/s41586-025-08766-wCryo-electron microscopy structures of DNA helicases in various conformations provide insight into an ATP-hydrolysis-dependent entropy switch that drives unwinding of DNA for replication, with probable conservation across viral and eukaryotic systems.
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  • Daily briefing: About 1% of children have genetic paternity other than that recorded by history
    www.nature.com
    Nature, Published online: 19 March 2025; doi:10.1038/d41586-025-00851-4A geneticist gently prises open the branches of family trees to reveal hidden kinships. Plus, the world's oldest crater and a proposed energy plant in Chile threatens the dark skies over some of the world's most powerful telescopes.
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  • Finally after a week of work
    www.reddit.com
    Well it's not what I hoped at first but turns out pretty good. I'm still not too satisfied but that might never be haha. Anyways open to any criticisms so feel free to point out. submitted by /u/No_Database69 [link] [comments]
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  • Tearable 2D Cloth Physics Simulation Experiments With Raylib
    cgshares.com
    Simulating physics with a computer requires computing forces, acceleration, velocity, and position in discrete time steps. To do this, a method is needed to predict the objects new position at each step, and there are several different methods to choose from.Some of them are faster, some are more stable, and some are slower but give better results. The choice of method depends on the type of simulation youre doing. Programmers often refer to these prediction methods as integration. Common integration techniques include Eulers method, Runge-Kutta methods, and Verlet integration.Claudio Z. shared the results of his experiments with Verlet integration, showcasing a 2D cloth physics simulation using Raylib and C++ that tears when dragged by the mouse. Verlet integration is widely used in many game physics engines today. Its stability makes it ideal for simulations with moving parts that have some degree of freedom yet are all connected and influence each other, either directly or indirectly.If youre interested in learning more about physics simulation and want to try creating your own version, check out this article that explains how to write a cloth simulation that directly benefits from Verlets stability.In the past, we shared some updates to Claudio Z.s DeformableMesh add-on for Godot Engine. Its now officially out, and you can check it out as well:Join our80 Level Talent platformand ournew Discord server, follow us on Instagram,Twitter,LinkedIn,Telegram,TikTok, andThreads,where we share breakdowns, the latest news, awesome artworks, and more.Source link The post Tearable 2D Cloth Physics Simulation Experiments With Raylib appeared first on CG SHARES.
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  • Watch 100,000 AI Agents Navigating Maze with Collision in Unreal Engine 5
    cgshares.com
    Developer Allie Bri showcased an interesting crowd simulation set up in Unreal Engine, adding collision and introducing a whopping 100,000 AI agents to a bunch of boxes that create a maze of sorts.The agents need to navigate through the obstacles, and its clear how the majority of them are stuck at the beginning of the maze, with only a handful reaching the end.The simulation was set up with Nanite instanced static meshes with VAT and a lot of custom C++. The project uses less than 1,000 MB of memory, according to Bri.Allie BriThe animation portion of this right now is very limited. Instance/particle space to absolute world space. Animations are changed with material custom data values based on how they were baked start & end frame with play rate.Allie BriThe work features:Local partitioning for static & dynamic collision Multi-objective vector flow fields for navigation/pathfinding Efficient behaviors running per instance parallel on CPU. Nanite instancing with vertex animated textures. Realtime simulation at ~10ms game thread for 100K agents.Im sure we will see even more AI agents running and completing more complicated tasks in the future. Meanwhile, take a look at this cute AI called Albert teaching himself to walk using deep reinforcement learning.Join our 80 Level Talent platformand ournew Discord server, follow us onInstagram,Twitter,LinkedIn,Telegram,TikTok, andThreads,where we share breakdowns, the latest news, awesome artworks, and more.Source link The post Watch 100,000 AI Agents Navigating Maze with Collision in Unreal Engine 5 appeared first on CG SHARES.
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  • Fortnite OG Season 3 Release Date, Battle Pass, And Everything Else To Know
    www.gamespot.com
    Fortnite OG mode is taking another step toward the present very soon--Season 3 starts on March 25, taking us back to the season that kicked off way back in February of 2018. While Fortnite OG has waned in popularity a bit recently, one of the big reasons for that is that Fortnite changed very little during those original two seasons, so this nostalgic mode didn't get to do much differently either. Season 3, however, is where things began ramping up. The game's overall storyline made its very first appearance when a large meteor appeared over the island midway through the season.With just days remaining before the next round of Fortnite's throwback party begins, let's take a look at everything we know about Fortnite OG Season 3.Table of Contents [hide]Fortnite OG Season 3 teaserFortnite OG Season 3 teaserEpic has dropped a single teaser for OG Season 3, which shows an astronaut helmet with the Fortnite island visible in the reflection--along with the meteor above it. The TikTok and Instagram versions of the teaser are the most illuminating versions, as they reveal that the astronaut is wearing a studded leather jacket. There aren't any skins that wore anything like that from Season 3, battle pass or otherwise, but our Metallica-themed remix of Rust from Chapter 5 Season 3 did. Regardless, I doubt that thing is spaceworthy, but Fortnite isn't concerned with such things.Continue Reading at GameSpot
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