Materials & Chemistry

Beef tendon, a common Japanese hot pot ingredient, is being transformed into knee ligament implant material. A Waseda University startup has developed decellularization technology that could eliminate the need to harvest patients' own tissue for ACL reconstruction. Clinical trials are underway with commercialization targeted for 2028.

Mizuno and Kaneka's co-developed biodegradable artificial turf "Re Green Grass 9" has been installed at Vantelin Dome Nagoya — a world first for professional sports facilities. Using Kaneka's "Green Planet" biopolymer that decomposes even in seawater, this innovation tackles the growing microplastics crisis in sports infrastructure.

A joint team from Chiba University, NHK Science & Technology Research Labs, and Kyoto University has developed an organic EL device capable of both light emission and solar power generation. Using innovative MR-TADF materials, they overcame the long-standing trade-off between emission and power conversion efficiency, achieving the world's first blue light-emitting power-generating device. Applications include self-powered displays and battery-free sensors.

A Japanese research team has developed a single organic crystal that glows red under UV light and green under near-infrared light. This dual-mode material could transform optical sensing, energy harvesting, and medical imaging. Here's what makes it groundbreaking.

Kyoto-based precision instrument maker HORIBA has acquired Indian startup Pristine Deeptech to accelerate diamond wafer commercialization. Diamond is called the "ultimate semiconductor material" with properties far surpassing silicon. Learn about HORIBA's strategy to build an R&D hub in India for next-generation power semiconductors and quantum sensors.

A comprehensive look at SiC and GaN power semiconductor innovations reshaping the industry. From 8-inch wafer migration and vertical GaN breakthroughs to surging AI data center demand, explore Japan's role in the next-gen power revolution.

Discover why Japan's road markings like "STOP" signs aren't painted with regular paint, but created using special thermoplastic resin melted at 180-200°C. Learn about its 3-minute drying time in winter, glass bead reflectivity for night visibility, and the skilled craftsmen who work as "human printers" to apply it.

Discover how Japanese food giant Ajinomoto dominates the global semiconductor market with its ABF insulating material. Learn the surprising story of how amino acid manufacturing expertise became essential for cutting-edge CPU production.

Mitsubishi Electric and Kyoto University have made a world-first discovery: graphite material that heals itself. HOPG's deformation resistance recovered from 41% to 97% within just 7 days. This breakthrough could revolutionize MEMS sensors in smartphones, wearables, and autonomous vehicles. A look at Japan's cutting-edge materials science.