Tokyo-based Orbray has produced the world's largest 30mm square (111) freestanding diamond single-crystal substrate, leaping from the previous few-millimeter limit. The twin-suppression breakthrough, published in Applied Physics Express, unlocks NV-center quantum sensors and next-generation power semiconductors.
Kyoto University's AI-powered robot monk Buddharoid now offers spiritual guidance at a Kyoto temple, trained on ancient Buddhist scriptures. With 30% of Japan's 77,000 temples projected to vanish by 2040, can artificial intelligence save Buddhism? From the $1M Mindar android to BuddhaBot chatbots reaching Bhutan, we explore where faith meets technology.
Tokyo deep-tech startup H.I.Council has performed the world's first 108-qubit FeMoCo calculation on IBM's Heron r2 processor. While achieving chemical accuracy via classical methods, the team discovered a quantitative hardware limit they call the 'coherence wall' — a constructive finding for quantum hardware development.
Researchers at Utsunomiya University have provided the world's first direct proof that ceramide deficiency in the skin causes atopic dermatitis. Using transgenic mice, they demonstrated the full disease cascade from barrier breakdown to allergic inflammation — opening doors for ceramide-based therapies and enzyme-targeting treatments for the 200+ million people affected worldwide.
Microplastic pollution isn't limited to oceans — it's now raining down on forests too. A TU Darmstadt study first proved that airborne plastics settle on tree canopies and accumulate in forest soil. With 67% of Japan covered in forests, the implications are enormous. Japanese researchers have also pioneered breakthroughs in understanding how trees trap airborne microplastics.
Kyoto University Professor Emeritus Hiroki Kamata warns Mount Fuji is in eruption standby mode, with high risk of being triggered by the Nankai Trough megaquake. NHK Special dramatizes Tokyo blackout scenario from volcanic ash, while Sakurajima continues active eruptions
Osaka Metropolitan University researchers discovered that butterflies raised on invasive plants develop altered wing coloration, making them less attractive to potential mates. The study reveals how changes in larval diet affect UV reflection patterns and reproductive success.
JAMSTEC research reveals microplastic density near Japan is 27 times the global average. An estimated 28,000 tons sink to the deep sea annually, and fishing-related plastic accounts for half of all coastal debris. Plus: the world's first ocean plastic center opening June 2026.
RIKEN and Osaka University have launched cloud access to Ei-II, a domestically developed 144-qubit superconducting quantum computer. Doubling the previous 64-qubit Ei, the 28x28mm chip enables quantum calculations beyond classical simulation. We compare it with IBM and Google systems and examine Japan's quantum roadmap.
TOPPAN Holdings, Japan's NICT, and Canada's ISARA have demonstrated a seamless migration path from current cryptography to post-quantum cryptography in certificate authority systems, without service disruption. The breakthrough addresses the looming quantum computing threat to existing encryption, targeting real-world deployment in healthcare, finance, and government by 2030.
Japanese researchers cloned mice from a single donor for 20 years, producing over 1,200 animals across 58 generations. After the 27th generation, lethal mutations accumulated until all 58th-generation clones died within days of birth — the first proof that mammal cloning has a hard biological limit.
Japan's iCELL BANK launched in April 2026, offering individuals the ability to create and cryopreserve their own iPS cells for future regenerative medicine. Using ID Pharma's Sendai virus vector technology, the service marks a new phase in commercializing the Nobel Prize-winning iPS cell technology for everyday consumers.
Japan's QST and NTT achieved a world-first: real-time communication under 100 microseconds for fusion plasma control. Learn how this JT-60SA breakthrough connects to IOWN and ITER.
University of Tokyo's MEVIUS2 is a Spot-sized open-source quadruped robot built from sheet metal and e-commerce parts. With full hardware and software on GitHub, LiDAR and HDR camera perception, and reinforcement learning locomotion, it aims to democratize advanced robotics, at a fraction of Spot's $74,500 price tag.
Ritsumeikan University startup Patentix raised $1M in Series A1 funding to accelerate germanium dioxide (GeO2) power semiconductor development, a next-gen material that could outperform SiC and GaN.
AIST developed a voltage-induced static magnetization switching method using artificial antiferromagnets, enabling stable writing across a wide pulse-width range for voltage-driven MRAM. Published in Nature Materials, this breakthrough could lead to ultra-low-power memory for AI and IoT devices.
A Japanese research team has achieved what was considered impossible for over a century: creating a transparent, millimeter-sized bulk piece of amorphous alumina. With a dielectric constant of 11.3, surpassing sapphire, and a novel pentahedral pyramid structure, this JACS-published breakthrough could reshape semiconductor and capacitor materials.
Researchers at Kobe University have achieved the world's first inkjet printing using structural color nanoparticle ink — no dyes, no pigments, just silicon nanoparticles that produce color through light resonance. The result: vivid prints that never fade, with applications from eco-friendly packaging to anti-counterfeit security.
Nobel laureate Shinya Yamanaka explained iPS Cell 2.0 on NTV's Bankisha. From next-gen stem cell tech overcoming current limitations to universal blood platelets that bypass blood-type matching, plus Japan's historic first-ever iPSC drug approvals in 2026 — a comprehensive look at where iPS cells stand 20 years after their discovery.
Japan's METI raises the subsidy cap for quantum technology business demonstrations to ¥2 billion ($13M) per project, a tenfold increase. With ¥15 billion earmarked for business applications out of a quantum budget exceeding ¥100 billion, Japan pushes to industrialize quantum computing in logistics, drug discovery, and beyond.