Keny @TempusTokyo

@tanakaseiji15 この方はハニトラかも？

Pet Week is here, and we’re ready to paw-ty. Celebrate the pets who rule your world with a gift that supports compassionate care, hands-on training and research that improves animal and human health. go.wisc.edu/petweek

🚀 PI NETWORK NODE UPGRADE v24.1 ✅ ⚡ Stronger • Faster • More Secure 🐳 Docker Updated ☁️ Cloud Sync Enabled 🔒 Enhanced Security 🌐 Decentralized Nodes Ready 📅 Deadline: June 2, 2026 ⚠️ All Pi Nodes must upgrade to v24.1 before the deadline! Upgrade now and help power the future of Web3 💜🚀 📢 Join our Telegram for latest Pi updates & node news: 🔗 t.me/Pi_Network_04 🚀💜🔁

@tanakaseiji15 いらない

@tanakaseiji15 いらない

@0ivankaTrump1 Yes

@IvankaTrumpRV2 Yes sure. !

@Kshi_nippon Yes

🚨JUST IN: Japan approves stem cell treatments to treat Parkinson's Disease.

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Japan recently approved a groundbreaking regenerative medicine therapy called ReHeart, developed using induced pluripotent stem (iPS) cells. These specialized heart muscle cell sheets are designed to be placed on damaged areas of the heart to help restore function in patients with severe heart failure. The technology builds on the Nobel Prize–winning discovery by Japanese scientist Shinya Yamanaka, who showed how adult cells can be reprogrammed into stem cells capable of transforming into different tissue types. This breakthrough opened the door to regenerative treatments that avoid the ethical issues surrounding embryonic stem cells. In early clinical studies conducted in Japan, patients who received the stem cell–derived heart tissue showed improvements in heart function and reduced symptoms associated with advanced heart failure. Researchers believe the implanted cells may help stimulate new blood vessel growth and improve oxygen delivery to damaged heart tissue. Heart failure affects more than 64 million people worldwide, and current treatments mostly manage symptoms rather than repair damaged heart muscle. Regenerative therapies like this aim to change that by helping the body rebuild tissues that previously could not regenerate. Although the therapy received conditional approval and will be closely monitored in real-world use, scientists view it as a major step toward the future of organ repair through regenerative medicine. If successful, similar approaches could eventually be explored for other organs such as the liver, pancreas, and brain.

@forallcurious I don't think so ?

🚨: A teenager in France can mentally time travel – one of fewer than 100 people on Earth A rare instance of hyperthymesia—also called highly superior autobiographical memory (HSAM)—offers a striking glimpse into how the human brain can construct a vivid, structured, and navigable mental landscape of a lifetime's experiences.

🚨: Quantum entanglement gets stranger not only identical particles can be entangled, but even those with completely different properties can interfere and share quantum connections

Japan just turned thin air into fuel. No oil rigs. No drilling. No pipelines stretching across oceans. Just water, CO₂, and a process that flips combustion on its head. ENEOS Corporation, Japan's biggest oil refiner, pulled it off at their Yokohama lab. They built a demo plant that sucks carbon dioxide straight from the atmosphere, splits hydrogen out of water using renewable energy, then fuses them through Fischer-Tropsch synthesis into liquid hydrocarbons. The result? Real, usable synthetic petroleum. The kicker: this fuel is "drop-in ready." That means it works in the cars you already drive, the planes already in the sky, the pipelines already in the ground. Zero modifications. They didn't just brew it in a beaker either. They ran actual vehicles on it. It works. Think about what that unlocks. Countries with no oil reserves could manufacture their own fuel using nothing but sunlight, wind, and the air around them. The geopolitical chessboard would flip overnight. Sectors that electrification can't easily touch, like aviation and heavy shipping, suddenly have a clean fuel path. There's a catch, though. The process is hungry. The same electricity it takes to brew one liter of synthetic fuel could push an EV about 200 km down the road. ENEOS quietly shelved the project in 2025 because the economics didn't math out yet. But the science? Proven. The blueprint exists. Someone, somewhere, will crack the cost problem. And the day they do, the oil map of the planet gets redrawn. Source: ENEOS Corporation / TheTownHall(.)News

A tiny bee just did what chemotherapy couldn't. Scientists in Australia discovered that honeybee venom can wipe out 100% of aggressive breast cancer cells in under 60 minutes. And the healthy cells around them? Barely touched. The breakthrough came from Dr. Ciara Duffy and her team at the Harry Perkins Institute of Medical Research, working alongside the University of Western Australia. They tested venom drawn from 312 honeybees and bumblebees across Australia, Ireland, and England. The target: triple-negative breast cancer and HER2-enriched breast cancer. Two of the deadliest, most stubborn forms of the disease. The weapon: melittin. The same tiny peptide that makes a bee sting burn. At one specific dose, melittin tore through cancer cell membranes completely within an hour. Within just 20 minutes, it shut down the chemical signals cancer cells need to grow and multiply. Bumblebee venom, which lacks melittin, did nothing. Zero effect, even at high concentrations. Scientists then recreated melittin synthetically in the lab and got almost identical results, meaning no bees need to be harmed to develop the therapy. Published in the peer-reviewed journal npj Precision Oncology, the findings are still early-stage. Human trials haven't happened yet. But one thing is clear. Nature has been hiding answers in plain sight all along, sometimes inside the smallest creatures on Earth. Source: Harry Perkins Institute of Medical Research / npj Precision Oncology (Dr. Ciara Duffy et al.)

@Soniabrwg Yes

@isfjcutebear 頑張れ

@oknawasisa デニ中国人だから

@zundamotisuki へんだよね、日本の法律守れ

@Tanakaseiji14 スパイ防止法早く急がないと