Physics & Materials

2026.03.30

Collecting fine particles with optical fiber — Osaka Metropolitan University develops 3D trapping technology

2026.03.26

A Look at LOTUS 2025 Part 2: Prajit Singha of Kobe University

2026.03.24

Unlocking the full potential of single-atom catalysts — Nagoya University establishes new design principles

2026.03.24

High-power optical frequency comb achieved through a new way of thinking: Keio University actively exploits crystal birefringence to achieve 28% conversion efficiency

2026.03.23

Two working groups hold inaugural meetings: Public-private investment across 17 strategic fields — Government launches full-scale review with roadmap expected this spring

2026.03.18

Existence of "two-step diffusion" of doping elements along ceramics grain boundaries — Direct observation of atomic structures at grain boundaries using electron microscopy

2026.03.13

Pioneering innovative photonic technologies — OKI and German research institute sign five-year comprehensive joint research agreement

2026.03.11

Tohoku University develops auto-frequency-adaptive ultrasonic technology of 3D visualization of internal defects in concrete

2026.03.09

Gold leaf from the north and banana fiber cloth from the south: Cutting-edge science elucidates artisan handiwork to help preserve traditional crafts

2026.03.09

Easy decomposition of PFAS utilizing photocatalytic properties of low-toxicity and inexpensive ZnO nanocrystals

2026.03.06

Stable production of single-crystalline thin films of two-dimensional semiconductors

2026.03.05

Japan gov't owns 11% voting rights in Rapidus to push domestic chip output

2026.03.04

Molecular structure and orientation information beyond the diffraction limit of light successfully obtained

2026.03.03

Zigzag arrangement of tiny magnets realizes nonreciprocal charge transport without external magnetic field

2026.03.03

Development of world first iron catalyst for silicone curing that does not rely on rare metals

2026.03.03

Challenging the conventional wisdom of plasmonic heating — Discovery of local temperature distribution

2026.02.25

A Look Around Innovation, Part 26: Reducing frictional resistance with an advanced air lubrication system — Using the IoT to make ship operations more energy efficient

2026.02.19

Optical resolution of chiral inorganic crystals achieved through alcohol addition

2026.02.19

Evaluation of semiconductor colloidal quantum dots using environmentally compatible materials

2026.02.17

AIST finds ellipsoidal balls are optimal for "ball mills" — 10% higher grinding efficiency

2026.02.13

Quantization of electric current by surface acoustic waves — University of Osaka discovery raises hopes for new strain-based devices

2026.02.12

Freely controlling composition, structure, and morphology through inorganic synthetic chemistry - Solving social issues with new methods discovered through failure

2026.02.12

Development of portable ultrahigh magnetic field generator: Large crystal structure deformation at 110 tesla

2026.02.06

A Look at LOTUS 2025 Part 1: Neha Mishra, NIMS

2026.02.06

JAEA develops ion-pair extraction technology enabling efficient separation of platinum group elements

2026.02.05

NEDO project achieves crucible-free crystal growth, reducing gallium oxide substrate costs by 90%

2026.02.05

Kyoto and Tohoku Universities realize world's first topological atomic laser through synthetic dimensions

2026.01.30

RIKEN develops trailer-mounted neutron system for on-site bridge deterioration inspection

2026.01.29

DAS technology for detecting underground vibrations using optical fiber: Early detection of sinkhole risks — NTT

2026.01.20

Shining a light on the inner workings of cells with biophotonics: An interview with Associate Professor Nicholas Smith of the University of Osaka

2026.01.15

Power-free electrochemiluminescence using the force of flowing solution — Applicable to environmental monitoring for detecting hazardous substances in water

2025.12.24

High-pressure refractive index measurement method developed by Tohoku University

2025.12.22

Kanazawa University conducts direct measurement of "nuclear elasticity" inside living cells using nanoendoscopy-AFM

2025.12.18

Tohoku University develops system to realize broadband X-ray ptychography — Using NanoTerasu to visualize material structures with high precision

2025.12.11

"Gold quantum needles" just three atoms wide — Synthesis through slow reduction of ions: Optical properties also revealed

2025.12.11

The University of Osaka achieves environmentally friendly gold nanoparticle synthesis using microalgae in one step without harmful chemicals

2025.12.03

Japan Atomic Energy Agency develops technology to extract of minor actinides from high-level radioactive liquid waste

2025.12.02

Institute of Science Tokyo and collaborators develop technology for highly efficient thermoelectric conversion of waste heat from electronic devices

2025.11.28

Group led by the University of Tokyo finds that atoms undergo high-speed diffusion along grain boundaries

2025.11.27

Kyushu University achieves current-induced magnetization reversal in sputtered magnetic insulator

2025.11.21

Shibaura Institute of Technology successfully recovers hazardous selenium from waste solar panels using microorganisms

2025.11.20

The University of Osaka develops new adhesive material able to be easily removed and re-adhered

2025.11.20

Observation of oxide electrode catalysts with synchrotron radiation leads to understanding of surface structure changes during electrolysis

2025.11.18

Device interface magnetic properties change with different fabrication processes Kobe University achieves results: Expected to enable high-performance devices

2025.11.14

Successful demonstration of laser wireless power transmission under strong atmospheric turbulence by NTT and Mitsubishi Heavy Industries — Expected applications for remote power transmission to isolated islands and drones

2025.11.12

JAIST successfully develops multifunctional nanocomposites through fusion of liquid metal and lactic acid bacteria — Cancer treatment effect through near-infrared laser irradiation

2025.11.07

Massive underground cavern completed for installation of "Hyper-Kamiokande" particle detector to probe mysteries of the universe and matter

2025.11.07

Honda Prize awarded to Dr. Kenichi Iga for proposing and realizing the "surface-emitting laser"

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

2025.09.08

[The trajectory of startups] Part 2: Kyoto Fusioneering — Taking on the challenge of international competition with manufacturing prowess in fusion energy development

2025.09.01

Nagoya University develops water-soluble fullerene derivatives that dramatically improve fuel cell durability

2025.08.29

A new stage for co-creation in the semiconductor industry — Mitsui Fudosan to open in Tokyo's Nihonbashi in October

2025.08.28

NIMS develops ultra-high-speed experimental data collection system

2025.08.26

Self-generation of ultrahigh magnetic fields: A new method without external magnetic fields

2025.08.22

New 3D printer processable rubber material developed by Sumitomo Rubber

2025.08.22

Successful nanoparticle level observation of catalytic charge changes — Fusion of electron holography and environmental transmission electron microscopy

2025.08.07

Rolling up 2D COFs to form nanotubes — World's highest level proton conductivity confirmed

2025.08.04

Nagoya University fabricates ultrathin deformable mirror that achieves 3,400-fold X-ray beam size variation

2025.08.04

Waseda University paves way for practical implementation of high-performance stretchable electronic components through application of kiri-origami structure

2025.07.31

The University of Tokyo achieves direct measurement of ferroelectric domain interface charges

2025.07.25

Multilayer special cell capable of multifunctional evaluation of all-oxide solid-state batteries

2025.07.24

Kumamoto University develops novel fuel cell electrolyte from clay: Nanosheet extraction and precise layering

2025.07.23

Kyoto University develops organic polymer photocatalyst to convert carbon dioxide to formic acid

2025.07.22

Long-standing mystery of phase transition elucidated by University of Tokyo and University of Rennes, France

2025.07.18

New MEA system allows for high-precision visualization of cellular activity — Simultaneous measurement and recording with approximately 237,000 electrodes

2025.07.15

Tohoku University and Osaka Metropolitan University develop innovative technology to launch rocket without fuel

2025.07.14

Non-destructive 3D visualization of small internal structures of the cochlea in the inner ear: Using terahertz waves to observe and diagnose shapes based on their reflection time

2025.07.14

World's first observation of spin conduction at room temperature in semiconductor 𝑝-𝑛 junction device structure

2025.07.14

The University of Tokyo unravels the mystery of ice formation

2025.07.11

Nagaoka University of Technology develops custom molecular detection using DNA nanopore sensors for drug discovery and disease diagnosis applications

2025.07.10

RIKEN, University of Tokyo, and University of Tsukuba develop new theoretical framework for heavy element nuclei based on quantum theory

2025.07.04

Utilizing functional fluids to create multi-directional rock fractures: New fracturing method expected to reduce costs in underground resource development

2025.07.04

Direct observation of discrete values of magnets using optical technology — Paving the way for the development of quantum devices that store information in electrons

2025.07.03

NTT develops new ultrasonic technology: Creating diverse tactile sensations in mid-air

2025.07.02

Japan-Germany joint research achieves world's first spectroscopic measurement of hydrogen confined in ultrasmall spaces

2025.06.30

NTT clarifies the connection between independently studied mathematics and physics models — Contributing to quantum computer realization

2025.06.26

Deeper understanding of fuel debris by the Japan Atomic Energy Agency: Molten fuel splits into tiny droplets in reactor damage accident

2025.06.25

"Quantum Computer Disco" and "The Universe: Unread Messages" —New permanent exhibitions at Miraikan

2025.06.24

The "immeasurable" value of measuring weight and length... — The Metre Convention 150 years on

2025.06.24

Kyoto University develops organic thin-film semiconductors through hydrogen bonding

2025.06.23

Mechanism of supramolecular gel formation mechanism unveiled: Fiber growth with intermittent pause phases

2025.06.20

University of Tokyo and partners develop thinner, lighter AR glasses that work even when users move their heads

2025.06.17

Jellyfish-type robot that self-illuminates and swims in darkness - Achieving high energy efficiency and low environmental impact with biologically derived materials

2025.06.10

Discovery of antiferromagnetic quasicrystals

2025.06.09

Chiral organic superconductor shows giant charge rectification in superconducting state

2025.06.05

Improving HDD recording efficiency with "spin torque" generated by laser heating — NIMS and partners

2025.06.03

Eco-friendly transparent paperboard developed by JAMSTEC, University of Tokyo, and Tokyo University of Science

2025.06.03

Blood cell flow in blood vessels depends on both deformation and pulsation period

2025.05.15

JAIST develops magnetic ionic liquid nanoparticles for use in cancer therapy

2025.05.15

The University of Osaka creates metal self-catalytic reactor for converting carbon dioxide to methane

2025.05.07

Dynamic structure of colloidal molecules visualized in real-time

2025.05.02

First-ever quantification of fingertip slippage during baseball pitching

2025.05.01

Developing 3D technology to stack small chips: Opening a new era of semiconductors from Japan

2025.04.28

RIKEN and Kyoto University discover new method for controlling superconducting states through "twisting"

2025.04.25

Method for 3D visualization of molten fuel droplet formation developed by JAEA

2025.04.23

Highly efficient CO₂ utilization in high-temperature, high-pressure water environment: Focusing on unused waste heat as a step toward realizing a carbon circulation society

2025.04.18

World's first commercial optical lattice clock with an error of 1 second in 10 billion years: Shimadzu introduces next-generation time measurement technology in a miniaturized form

2025.04.10

Rolling steel ball over a surface can repair and smoothen scratches — Findings from YNU

2025.04.09

Soap bubbles made from cinnamon particles break and release gas when exposed to acid: Developments from Osaka Institute of Technology

2025.04.04

Interaction between ferroelasticity and ferromagnetism: Elucidation of the mechanism of multiferroic materials

2025.04.03

A Look Around Innovation, Part 18: Effective use of CO₂ for propylene production — Tackling the practical application of innovative multi-element alloy catalysts

2025.04.02

Development of a photostable but photodegradable polymer: Switches in the presence of an acid and potential application in optical functional materials

2025.04.01

World's most stringent limit on dark matter lifetime set after just four hours of observation