RESEARCH

Standard model in elementary particle physics can explain observational results well. However, there are several problems. One of them is the nature of dark matter. It is verified due to various obser [...]

本研究は、語の構造や意味理解に伴う脳活動と語処理の神経基盤の因果関係の解明を目的とする。神経言語学の研究では、脳活動の解析から言語処理と脳活動の関係 (相関関係) の検証しかされてこず、これらの因果関係を証明できない問題があった。本研究では、脳活動を変調させる経頭蓋電気刺激を導入し、言語処理への影響を評価する。これにより、既存の研究ではアプローチできない脳活動と言語処理の因果関係の検証を試みる。

This project aims to critically investigate the discourse and practice of security and safety education in East Asia, including China, Hong Kong, Japan, South Korea and Taiwan, in light of citizenship [...]

Cancer-associated fibroblasts (CAFs) occupy the majority of a tumor’s microenvironment in Pancreatic Cancer. These cells contribute to the aggressive behavior of cancer cells, and confer resistance to [...]

近年、エクソン領域やイントロン領域の変異が新規スプライス部位を形成し、転写産物に異常なエクソンが挿入されて、疾患を引き起こすという報告がある。しかし、このスプライス部位形成変異（splice-site-creating mutation: SCM）は、遺伝性疾患の原因として散発的に報告されているだけで、実際に疾患に関与するSCMがどの程度存在するかについては明らかにされていない。そこで、私は、バイ [...]

Hydrogen energy technology is a key driver in decarbonization, with applications for various industries. In the fields of power generation and hydrogen production, devices that use polymer-based elect [...]

My research examines the reception and interpretation of “heroes” of the late Tokugawa/bakumatsu period, both in the study of history and in popular culture, beginning with Sakamoto Ryōma as an exempl [...]

Even the simplest of living cells are complex biological machines. This makes figuring out the physical principles behind many of the processes that occur inside them incredibly difficult. To solve th [...]

経頭蓋電気刺激による語処理の神経基盤の解明

The politics of security/safety education and citizenship education in East Asia

Research on the role of CAFs population and its impact on PDAC progression.

遺伝性疾患の原因となるスプライス部位形成変異の疾患横断的探索

Development of highly gas-permeable blend ionomers for polymer electrolyte fuel cells and water electrolysis

英傑 Eiketsu: The Making of Bakumatsu Heroes

Study of intracellular active gels by artificial cell reconstitution: from cellular dynamics to multicellular order

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