Researchers from The University of Tokyo revealed a key structural feature of glass-forming liquids that may help solve a decades-long physics debate

Researchers at The University of Tokyo (Japan), University of Bordeaux (France) and at Ikerbasque (Spain) have developed a system for integrating artificial chip-based “neurons” with real neurons using QR-code-like patterns of light to facilitate communication

Researchers at The University of Tokyo and Yokohama City University create elastic fluorescent crystals that reversibly change color when bent or deformed. This work may lead to the development of durable mechanical sensors that require little or no external power

The University of Tokyo researchers develop a new physical model incorporating the density dependence of viscosity to understand the interactions of flowing viscous fluids with pipe walls, with promise to improve efficiency of industrial processes such as oil transportation.

The University of Tokyo researchers develop a machine-learning algorithm for detecting atomically thin 2D materials, including graphene, from a microscope image in a fraction of a second—which may accelerate the industrial-scale production of next-generation electronics

Researchers from The University of Tokyo Institute of Industrial Science model the role of intrinsic liquid fluidity in liquid–liquid transitions

Researchers at the Institute of Industrial Science at The University of Tokyo examined a new method for reusing worn concrete by mixing it with waste wood, which may help reduce greenhouse emissions

Researchers at The University of Tokyo combine computer simulations and analysis of X-ray scattering data to reveal the local arrangement of water molecules in liquid water, providing crucial evidence for a century-old debate about the water structure

The University of Tokyo research shows how combining imperfect predictors can significantly improve the accuracy of time series forecasting, offering potential for predicting natural disasters, resource fluctuations, and financial indicators.

Japanese researchers discover shallow slow slip seismic events using a combined Global Navigation Satellite System–Acoustic ranging combination technique in an interplate subduction zone prone to recurrent megathrust earthquakes