Slime mold tokyo. What do slime mold, ancient moats, and artificial islands have in common? They all helped shape Tokyo. This post will teach you everything you need to know to become a slime master! Feb 7, 2019 · This EASY homemade slime recipe will show you how to make slime. To guide the mold, they exposed areas representing mountains, rivers, and the ocean to light, which slime molds avoid. The mold starts as a bubble, then spreads out, colonizing the entire dish, until all the food is connected by networks. Slime Mold Unveils Insane Tokyo Subway System You Won't Believe 60 Seconds of Awe 165 subscribers Subscribe The slime mold’s ultimate network (left) connected oat flakes in a pattern (right, top) that is reminiscent of the actual rail network in Tokyo (right, bottom). It doesn’t have a brain and survives on rotting vegetable matter – but it could offer valuable insights into city planning, according to a team of University of Toronto researchers. The experiment was performed by Seiji Takagi. Could have just asked a slime mold. In a Japanese laboratory, a group of scientists is encouraging a rapidly expanding amoeba-like blob to consume Tokyo. These veins form a tubular network that is optimized to transfer nutrients efficiently Explore more:@⋆°࿔ casey 𝜗𝜚°⋆ #fyp |Slime Mold Outsmarts Tokyo Subway: Paul Stamets & Joe Rogan Explain #shorts #jre #joerogan Discover the incredible intelligence of the slime mold, Physarum polycephalum, as it outperforms the Tokyo subway system in efficiency. Single-celled slime molds, they found, can build networks as complex as the Tokyo subway system. The true slime mould, Physarum polycephalum, develops as a vascular network of protoplasm, connecting node-like sources of food in an effort to solve multi-objective transport problems. This is the movie of Fig 1 of the paper, Atsushi Tero, et al. With 102 train lines, it serves an estimated 14 billion passengers per year. After 60 hours, the slime mold area over each food source was measured. Physarum polycephalum is a slime mould, a single-celled amoeboid organism that grows as a greenish-yellow system of veins. Sep 16, 2025 · Led by Atsushi Tero from Hokkaido University, researchers discovered that Physarum polycephalum, a humble slime mold, could replicate—and in some cases improve upon—Tokyo’s rail system. They placed slime mold in a Kanto*-shaped container with bait at major city locations and a larger bait inside the Yamanote Line area (Figure A). Jan 21, 2010 · In a Japanese laboratory, a group of scientists is encouraging a rapidly expanding amoeba-like blob to consume Tokyo. Dec 15, 2023 · This is the story of the Tokyo Metro and the humble slime mold, Physarum polycephalum - a tale of biomimicry, optimization, and nature's hidden hand in shaping our world. When the researchers place food at cities on the map, the fungus collaborates, spreading out to map many possible configurations and then dying away to highl The slime mimicked the Tokyo railway system without any prior knowledge of the railway. Then introduced slime mold near the Tokyo Station area. Keep reading to learn how you can make your own slime with ingredients you likely already have lying around! Jul 24, 2025 · This fluffy slime recipe is easy and fun to make! No borax and made with contact solution and shaving cream. In the experiment, researchers led by Toshiyuki Nakagaki, of Hokkaido University in Sapporo, Japan, placed oat flakes (a slime mold delicacy) in a pattern th Paul Stamets shares fascinating experiments with Joe Rogan, revealing how this mold navigates mazes and optimizes complex networks. A single-celled slime mould mindlessly foraging for food can create a network as efficient as the Tokyo rail system, researchers say. For each specimen, the results were consistent with the hypothesis that the amoeba would balance total protein and carbohydrate intake to reach particular levels that were invariant to the actual ratios presented to the slime mold. Herein we review the available literature on dictyostelid cellular slime molds in China, especially their diversity and ecology. Jan 21, 2010 · Since the best city planners around the world have not been able to end traffic jams, scientists are looking to a new group of experts: slime mold. org/realscience/Watch this v Remarkably, the slime mold constructed a network that closely mirrored the actual Tokyo subway system, demonstrating efficiency and resilience similar to the human-engineered design. In a famous experiment, researcher Toshiyuki Nakagaki and his team gave their slime mold a real-world problem: Find the most efficient transportation network in the greater Tokyo area. They placed oats (major cities), and used light (which slime molds avoid) for mountains. Talented and dedicated engineers spent countless hours designing Japan’s rail system to be one of the world’s most efficient. fed a slime mold with nutrients arranged to imitate the nodes of the Tokyo subway system. Mapping Tokyo's Train System in Slime Mold In the future, urban planners could lose their jobs to ultra-efficient slime molds. We rounded up slime recipes that create minimal mess, are non-toxic, and are perfect for kids of all ages to enjoy. In a published You read that correctly: Slime molds have time and time again proven to be more competent than humans at designing efficient public transit routes. K. 5 Pack Butter Slime,Pink Strawberry, Blue Ice Cream,Two-Toned Colorful Slime,Super Soft and Non-Sticky,Birthday Gifts for Kids,Party Favor for Girls & Boys. To experiment, reaearch arranged outflakes, a delicacy for slime mold, in the pattern of the Robust Tokyo railway network. This method is encapsulated in a mathematical path-finding model that mimics the behavior of slime mold or known as 'Physarum solver'. The This revelation comes after a team of Japanese and British researchers observed that the slime mold connected itself to scattered food sources in a design that was nearly identical to Tokyo's rail system. Just three ingredients, no cleaning chemicals, and no food coloring! Jul 9, 2019 · This homemade slime recipe is made with only 3 ingredients and easy to make at home! It takes a few minutes to make and will entertain your kids for hours! Dec 12, 2022 · This fluffy slime recipe uses simple ingredients (without borax!) to make the coolest, fluffiest slime ever. Slime mold form a map of the Tokyo-area railway system 1283 Added 8 years ago anonymously in action GIFs Source: Watch the full video | Create GIF from this video The slime mold really created a really good communication network between the oat flakes, in fact the network is very similar to Tokyo’s rail network designed by engineers. However, the lowly slime mold solve this complex spatial problem in a matter of just a few days. They watched the slime mold self-organize, spread out, and form a network that was comparable in efficiency, reliability, and cost to the real-world infrastructure of Tokyo's train network. The related report will be published by the journal Science on Friday, 22 January. Science 327, 439 (2010). Such a legendary metro system is the fruit of collaboration between community dwellings, civil engineering, urban planning over decades. Nakagaki argues that any differences between the two are the result of human politics and that the slime mold may have made the railway more efficient. 2 days ago · In this article, we’ll teach you 5 simple ways to make slime at home. Using clear school glue instead of the white variety gives your slime a beautiful translucent quality that catches the light just right, making it look like something truly Apr 2, 2018 · We tested dozens of different types of slime and learned a ton about how to make slime— what works and what doesn’t. Nakagaki recreated the Tokyo subway, with the station nodes marked out with oats; P. Recent research published in Science has shown how a simple mold is capable of reaching the same conclusions by redesigning the entire network in just 28 hours. Researchers from Lanzhou University in China have shown that the slime mold Physarum polycephalum is able to solve the Traveling Salesman Problem, a combinatorial test with exponentially increasing complexity, in linear time. Science is the journal of AAAS, the nonprofit science society. When presented with oat flakes Back in 2010, a team of researchers from Japan and the U. Nov 5, 2024 · With so many homemade slime recipes and tutorials available online and in craft books, it’s tough to source safe ideas for even the littlest scientists. Welcome to the ultimate guide on creating the perfect slime! In this video, we'll dive into the world of slime-making and share valuable tips and tricks for beginners. Opened in 1927, Tokyo’s subway lines arrived in their current conformation after nearly 80 years of planning by hundreds of city planners and engineers. Discover how slime mold transportation networks resemble Tokyo subway systems, showcasing the efficiency of Physarum polycephalum. polycephalum recreated it almost exactly – except the slime mold version was more robust to damage, wherein if a link got severed, the rest of the network could carry on. This is the story of the Tokyo Metro and the humble slime mold, Physarum polycephalum - a tale of biomimicry, optimization, and nature's hidden hand in shaping our world. . Read now on SD Zen Zone. That's right, a species of gelatinous amoeba Jan 22, 2010 · Discover how slime mold transportation networks resemble Tokyo subway systems, showcasing the efficiency of Physarum polycephalum. Slime mold uses an externalized spatial "memory" to navigate in complex environments. Be one of the first 200 people to sign up with this link and get 20% off your subscription with Brilliant. For addressing this challenge, a novel approach inspired by the amoeboid organism, the true slime mold, emerged. This is such a great slime recipe and a super fun activity for kids. Sep 16, 2025 · Led by Atsushi Tero from Hokkaido University, researchers discovered that Physarum polycephalum, a humble slime mold, could replicate—and in some cases improve upon—Tokyo’s rail system. Despite having no brain or neurons, slime mold can solve comolex problems and navigate a maze quickly. Is this a sign of cellular intelligence? Back in 2010, a team of researchers from Japan and the U. As you may know, the Tokyo’s rail system is one of the best in the world. Thankfully, the blob in question is a "slime mould" just around 20cm wide, and In Japan, researchers showed that in only a day, slime molds could design a complex network as efficient as the Tokyo rail system. TIL In 2010, scientists grew slime mold in a dish, placing the mold in a central position representing Tokyo. Within a matter of days, however, the protists thinned themselves away, leaving behind interconnected branches of slime that Dictyostelid cellular slime molds are a ubiquitous component of most soils, where they feed upon bacteria and other microbes and thus play an essential role in the soil ecosystem. All you need is a sticky slime base (usually glue) and a slime activator (typically borax or contact solution). “They designed a computer algorithm, inspired by slime-mold behavior, and tested it against a computer simulation of the growth of dark matter filaments in the universe. Scientists in Japan decided to see how the mold would navigate the Tokyo area, and set up a "map" with oak flakes—slime mold's favorite food—marking local cities. Thankfully, the blob in question is a “slime mould” just around 20cm Recent research published in Science has shown how a simple mold is capable of reaching the same conclusions by redesigning the entire network in just 28 hours. Why This Recipe Works The combination of school glue and liquid starch creates that perfect stretchy, satisfying texture that kids adore, giving you that wonderful pull and squish that makes slime so endlessly entertaining. Explore how slime mold inspired Tokyo's subway design, showcasing biomimicry as a key to innovative urban planning and growth. org! https://brilliant. When the researchers place food at cities on the map, the fungus collaborates, spreading out to map many possible configurations and then dying away to highl 1,200 guests were on hand at ceremony at Harvard University’s Sanders Theatre CAMBRIDGE, MA (TR) – Researchers at two Japanese universities were on Thursday awarded an Ig Nobel Prize for demonstrating that slime mold can be used to determine the optimal routes for railroad tracks. Discover how Japan’s capital went from mosquito-filled exile to a megacity that wasn’t supposed to exist. This Organism REPLICATED Tokyo’s Subway System #science #biomimicry #slimemold 332K Dislike an areas, slime molds first engulfed the entirety of the edible maps. 7ufff, yhoy, cp8orr, dmj0, fpztm, gzkb, yaqdbh, u36ytq, han1, zkzk,