RESEARCH

Inside of cells, molecular crowding cause glassy behavior of cytoplasm, while living cells are fluidized by their metabolic activity. Active forces generated by mechanoenzymes may induce the fluidizat [...]

機械は，歯車や軸受など局所的に強い非線形性を不可避的に含んでいるとともに，一般に大規模な自由度を有している．近年では省エネ化・省資源化に向けて限界設計が追求されるようになっており，非線形振動の発生する可能性が増大する．このような要求にこたえて高性能の機械を作るには，高性能な非線形振動解析技術が必要である．そのために，本研究では高精度な振動解析が困難な大規模非線形系に対する高性能な非線形振動解析シス [...]

In Western philosophy, the possibility of self-awareness, which had been widely accepted since ancient times, came to be doubted after the 18th century. On the other hand, self-awareness, as the basis [...]

Since the 1980s, “pre-contracts,” which predetermine the quality, quantity, and price of agricultural products between producers and consumers, have become common in Japan’s agricult [...]

I study arithmetic topology. Based on the analogies of knots and prime numbers, the analogies of 3-manifolds and number rings, I research the relationship and analogies between topology and number the [...]

Person re-identification (re-id) is the task of recognizing an individual in different scenes obtained from different cameras. Handcrafted features based methods utilize low-level features such as col [...]

This study aims to develop AI computing hardware that mimics biological neural circuits, significantly reducing power consumption compared to conventional digital circuits. In particular, it seeks to [...]

This research focuses on community detection, which helps us to reveal the hidden relations among the nodes in the network. Community structure is an important feature of complex networks, which indic [...]

Non-equilibrium fluidization of model cytoplasm with metabolic activity

大規模非線形系に対する高性能振動解析手法の開発

An elucidation of self-awareness theory in Early Modern Western Philosophy: from the perspective of intellectual experience

Resilience in Japan's Agricultural Distribution System

On the analogies between primes and knots

Utilizing Semantic Information for Person Re-Identification

Design of Bio-Inspired Neural Circuits for Ultra-Low Power AI Hardware

Detecting Multiple Conflicting Communities in Signed Graphs

“Future-Creation (MIRAI)” Course Kyushu University SPRING program