RESEARCH

In this study, we will conduct ultra-high-density seismic observations using DAS (Distributed Acoustic Sensing) with optical fiber cables at Mount Io-zan, Kirishima Volcano. We aim to elucidate the sh [...]

In recent years, artificial intelligence (AI) made remarkable progress, surpassing human abilities in various fields. In particular, the development of interactive generative AI such as ChatGPT is rem [...]

I am interested in the study of knot theory with qunadles. I conduct research every day with the hope of developing knot theory into a form that can be used in society.

This research investigates the relationship between combinatorial structures of partition statistics and modular structures of their generating functions. Partition statistics, such as rank, crank, an [...]

Administrative services should be provided appropriately to those who need them; however, in reality, situations often arise in which systems exist but are not used or cannot effectively be used. Such [...]

Feinting in competitive sports is a strategy that is accomplished by taking advantage of an opponent’s prediction, and the prediction error that occurs in such feinting is caused by the interact [...]

抗菌剤が効かない薬剤耐性菌は世界的に問題となっている。この克服のためには、新たな抗菌薬の標的を探す必要がある。しかし、抗菌剤の新規標的が見つからないために新規抗菌薬の承認数は年々低下している。我々はこの新たな標的として染色体DNA複製の開始反応が有望であると考えた。本研究は分子生物学的手法および構造解析を用いることで、染色体DNA複製開始反応を分子レベルで理解する。

Improving the proton conductivity of solid electrolytes is essential for enabling proton ceramic fuel cells (PCFCs) to operate at lower temperatures. A key phenomenon governing high conductivity is pe [...]

Imaging of Shallow Fracture Structure as a Factor in Phreatic Eruptions Using DAS

Algorithms and Conditional Lower Bound for Large-scale Sequential Data Comparison

quandles and knot theory

On the Structure of Generating functions for Partition statistics

Why Do People Not Use / Cannot Access Public Programs?: An Empirical Study on the Reality and Mechanisms of Administrative Burden in Japan

Development of Interactive Robot Systems Aimed at Inducing Human Prediction Errors in Realistic Environments

細胞増殖を運命づける染色体DNA複製開始の分子機構の解析

Elucidation of Percolation Formation Mechanisms for the Development of Low-Concentration, High-Diffusivity Proton Conductors

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