Researchers from #UTokyo_IIS develop a mutual information estimator capable of accurately measuring information flow to biological outputs without needing input quantities

Simon Schnyder, Project Assistant Professor of #UTokyo_IIS collaborated with Professor Matthew Turner and Dr. Mark Lynch of the University of Warwick (UK), as well as Professor Ryoichi Yamamoto and Assistant Professor John Molina of the Graduate School of Engineering, Kyoto University. This group has predicted the behaviors people choose during infectious disease outbreaks when they care about others, using mathematical models and game theory.

Researchers from #UTokyo_IIS track the global circulation of water molecules in time and space using isotope ensemble modeling, enabling better prediction of changing hydrological patterns and weather extremes

Researchers from #UTokyo_IIS have used 3D-printing technology to improve the viral titer of microneedle array patches, resulting in effective immunogenicity and protection against infection in mice

Japanese researchers have developed a living sensor display that turns engineered skin into a biological monitor, visually indicating internal inflammation without requiring blood sampling.

Researchers from #UTokyo_IIS develop an artificial intelligence framework for designing new inorganic materials with humanlike reasoning

Researchers from #UTokyo_IIS detect the motion of hydrogen atoms in palladium at low temperatures using channeling nuclear reaction analysis

Researchers from #UTokyo_IIS have found that single cells in collective chemotaxis act like agents in distributed reinforcement learning, utilizing the environment as an “external memory” and exhibiting highly intelligent behavior.

Researchers from #UTokyo_IIS have formulated a mathematical theory for dynamical networks made of biological agents, such as humans

Researchers from #UTokyo_IIS consider waterflows and vegetation mosaic on hillslopes for accurate simulation of land surface water and energy status across Africa