Physics & Materials

2025.03.18

Promising sustainable aviation fuel developed from Okinawan inedible subtropical plants: 100% biomass derived and compliant with international standards

2025.03.17

Science Tokyo develops simple and inexpensive high-contrast electron microscopy imaging method

2025.03.14

World's thinnest terahertz wave absorber developed by the University of Tokyo and Nippon Denko: Expectations for application in 6G antennas

2025.03.14

Discovery of a transition from the topological to the chaotic in nonlinear topological materials

2025.03.12

Sharks on a plane? JAL and others test a shark skin inspired coating to increase fuel efficiency on international flights

2025.03.11

New quantum infrared spectroscopy method developed by Kyoto University: Realization of compact devices is expected

2025.03.05

World's highest heat storage density achieved in first ever water-based heat storage material — Developed by Mitsubishi and Science Tokyo

2025.03.04

Japan team develops world's largest "biohybrid" robot hand

2025.03.03

Organic crystal materials that exhibit circularly polarized luminescence developed by YNU, Kindai University, and Science Tokyo ― A path for the realization of practical solid-state materials emitting circularly polarized light

2025.02.21

Ultrahigh-capacity cathode material for all-solid-state fluoride-ion secondary batteries developed by Kyoto University

2025.02.21

Kyushu University led group develops molybdenum disulfide nanoribbons with hydrogen generation and semiconductor properties ― Promising next-generation semiconductor materials

2025.02.20

Kyoto University successfully synthesizes graphene nanoribbons for use as rare-earth-free, inexpensive, lightweight, and rustproof carbon magnets

2025.02.19

The University of Tokyo develops a new spectroscopy method for obtaining weak molecular vibration spectra — Demonstration of concept first proposed 40 years ago

2025.02.18

Taiwan plans investment and trade center in Japan's Fukuoka

2025.02.17

Group from the University of Tokyo clarifies dynamics of glass-forming liquids at the microscopic level

2025.02.13

A Look Around Innovation, Part 17: Efficient intracellular delivery of various compounds — Development and implementation of "transformable polymers"

2025.02.03

NIMS develop method using data assimilation methods for weather forecasting

2025.02.03

Okayama University discovers new ice structure found in a certain percentage of clouds through simulations

2025.01.30

Osaka University achieves high-sensitivity observation of molecules in biological samples through development of a new Raman microscope

2025.01.28

Science Tokyo establishes new synthesis method for coordination polymer with a lead-sulfur bond

2025.01.27

World's first successful miniaturization of an optical lattice clock: Leading candidate for the next-generation definition of the "second"

2025.01.24

NIFS finds success in rapid measurement of plasma phase space distribution

2025.01.23

RIKEN develops new supramolecular plastics — Very tough yet degradable in seawater, metabolizable by living organisms