Fundamental science from Japanese universities and national research institutes.
INSOMNIA, an esports club in Tokyo's Sumida ward, has launched INS×LAB, a joint research project with the University of Tokyo and other institutions. It pairs gaze-tracking cognitive science with sleep-log and acupuncture-based conditioning to make winning scientifically repeatable.
Seven months after metal-organic frameworks (MOFs) won the 2025 Nobel Prize in Chemistry, where does the technology actually stand? A status check on Atoco's air-to-water devices, scaled-up carbon capture by Svante and Kobe Steel, China's lead in MOF research output, and why an Atomis executive says a Nobel does not lower the hurdles.
A meniscus regeneration technology developed at Japan's Institute of Science Tokyo has been approved as Seibiscus, the country's first regenerative medicine product for meniscus injury. We explain how it uses a patient's own stem cells to repair the knee, what the Phase III trial showed, and how it compares with regenerative medicine ventures in South Korea and the US.
Kumamoto University has built a world-first device that kills anisakis parasites in raw fish using a 30,000-volt pulse lasting one-millionth of a second, without freezing or cooking. A look at the food-safety tech behind Japan's sashimi culture.
NHK STRL and Institute of Science Tokyo have built the world's first transparent hologram that floats full-color 3D images in front of clear glass. A new amplitude-aware design cracks the two old walls of surface-relief holography in one move.
A Japanese research team from the University of Tokyo, JAMSTEC, and the National Institute of Polar Research has produced the first direct observational evidence that warm-water microbes carried into the Arctic Ocean are altering its nitrogen and phosphorus cycles. Aboard the R/V Mirai between 2015 and 2020, they tracked how UCYN-A2, a nitrogen-fixing organism normally associated with subtropical seas, surged into the Arctic basin during the early ice-melt year of 2017, and why that matters for the world's most rapidly warming ocean.
Yokohama National University spinoff LQUOM has closed a 1.23 billion yen ($7.7M) Series B to build quantum repeaters, the missing piece of the quantum internet. Here is what that means, and how it stacks up against Aliro in the US, USTC in China, and Japan's planned Tokyo-Osaka quantum backbone.
An Osaka University team has shrunk a key step in magnetic tunnel junction fabrication from hours to about 1.7 seconds using flash-lamp annealing—up to thousands of times faster than conventional methods, with implications for MRAM mass production and flexible sensors.
Kyoto University spinout Toregem Biopharma will begin Phase 2 trials of TRG035, the world's first tooth-regeneration drug, in summer 2026, dosing 24 children with congenital tooth agenesis. A pre-Series C round of ¥850 million brings cumulative funding, grants included, past ¥4.6 billion. A look at how Japan's university-biotech funding stack works, and why a super-aged society may produce this kind of innovation first.
For forty years a black clay layer in a remote Hokkaido stream was East Asia's only K-Pg boundary. In May 2026, a Tohoku University-led team reported it isn't the boundary at all, and that the real record lies about four kilometers northeast.
Kyoto University associate professor Mitsuaki Kaneko is commercializing SiC-based mixed-signal LSIs that work where silicon fails. His complementary JFET approach targets ADC samples in 2028-2029, opening a niche the big five SiC power players have largely ignored.