Physics & Materials

2025.11.06

Exploring next-generation materials through topological matter: Focusing on electronic properties to create useful products

2025.11.05

Fusion of quantum sensor and AFM: Local electric field measurement with ultrafast time resolution

2025.11.05

QST demonstrates high-speed ion control technology — Path to miniaturization of heavy-ion cancer therapy devices

2025.11.04

Ultra-lightweight and strong "artificial loofah sponge" — Three-dimensional network structure formed using repulsion between negative charges

2025.10.30

QST achieves laser acceleration of carbon ions to 1 gigaelectron volt: Expectations for significant downsizing of cancer treatment equipment

2025.10.24

Kindai University successfully measures circularly polarized luminescence in high-pressure environment

2025.10.21

Removal of 90% of radioactive cesium in soil with "salt," "vacuum," and "800 degrees" — Japan Atomic Energy Agency

2025.10.20

Non-contact high-sensitivity measurement of ions in sweat through rose petal mimicry: Waseda University develops sensor

2025.10.16

NIMS and partners achieve precise control of nanostructure and magnetic domain structure inside soft magnetic amorphous ribbons

2025.10.14

ORC Manufacturing develops new circuit pattern transfer technology under NEDO project

2025.10.10

Kyoto University establishes innovative analytical instrument development hub in collaboration with Rigaku and JEOL

2025.10.09

Electron microscopy and machine learning converge: Advanced analysis method for microstructures developed by NIMS team

2025.10.08

University of Tokyo achieves successful nanodiamond synthesis in mild conditions

2025.10.06

A Look Around Innovation, Part 22: Development of innovative circularly polarized light conversion film — Expectations for improved efficiency of photosynthesis and solar cells

2025.10.02

Hokkaido University develops method for perovskite material development — From prediction to synthesis and evaluation in an integrated process

2025.10.01

Time-deterministic cryo-optical microscopy developed by University of Osaka — Cells under observation instantly cryofixed

2025.09.30

Nagoya University achieves world first anisotropic atomic-layer etching of HfO₂ through halogen-free plasma process

2025.09.25

QST achieves complete decomposition of Teflon by irradiation and heating — CO₂ emissions reduced by half compared to conventional methods

2025.09.19

Japan-UK joint workshop held in semiconductor field: Framework of coordination confirmed, early career researcher exchanges deepen networks

2025.09.12

Japan Fine Ceramics Center develops new method for real-time observation of intercalation reactions at the atomic level

2025.09.12

Successful X-ray fluorescence holography measurement under high-pressure conditions

2025.09.09

Orientation and shape involved in molecular electrical response: Paving the way for high-density and energy-efficient information recording devices