RESEARCH

This study aims to systematically elucidate the relationship between changes in the non-equilibrium state of cells—caused by metabolic regulation or cell death—and the cytoplasmic viscoelasticity and [...]

Our laboratory developed a novel anti-inflammatory compound [Matsunaga et al., EbioMedicine, 2016], which suppresses the expression of various inflammation-related substances, thereby alleviating dise [...]

Topological Kondo insulators (TKI) are a group of materials in which the bulk insulating phase is surrounded by a surface metallic phase; SmB6 and YbB12 have been mentioned as TKI candidates, but ther [...]

Robust Artificial Intelligence based on Novel Self-Organizing Algorithms and Central Pattern Generators

Department of Information Science and Technology, Graduate School of Information Science and Electrical Engineering

Despite received great success in the last decade, deep learning is starting to hit its limited capacity in achieving robustness and adaptivity. To remedy this, my research aims to create a type of se [...]

The subjective experience of ‘understanding’ is important in learning, but not precise. The subjective experience of ‘understanding’ or in other words, a judgement of comprehen [...]

本研究の目的はタンパク質と共有結合を形成するコバレント阻害剤のための新しい反応化学の開拓と、その創薬応用である。コバレント阻害剤は強く持続する薬効を示す優れた特性を持つ。コバレント阻害剤の重要な特性は副作用に繋がるオフターゲット反応を起こさない標的特異性である。しかし、生体内で高い標的選択性を示す有用な反応化学の開拓は発展途上である。本研究ではタンパク質中のリジンと反応する新規反応基を開発し、高い [...]

上肢欠損者の日常生活動作向上のため、ロボット義手が開発されている。しかし現状では機構や制御方法の複雑さから詳細な指の動きは難しく、より人間に近い動作が可能なロボット義手が求められている。そこで本研究では人体の手の構造を模倣し関節を腱の張力で制御するロボット義手を開発する。これまでに1本指のロボットを健常者の筋電位を指令値とした制御に成功しており、今後義手としての使用を想定した指ロボットの制御手法を [...]

CO2 reduction coupled with water oxidation by a molecular catalyst and semiconductor has attracted much attention. Recently, we reported a C3N4 photocatalyst physisorbed with a cobalt polyoxometalate [...]

Non-Equilibrium Rheology of Living Cytoplasm: Insights from Cell Death

Analysis of the Rhythm Oscillation Mechanism of Inflammatory Responses Focusing on the Quality Control Mechanism of Nuclear Factor X

Depth-resolved measurements of electronic states of topological kondo insulators using point-contact spectroscopy

Robust Artificial Intelligence based on Novel Self-Organizing Algorithms and Central Pattern Generators

Effective Curriculum to Improve Metacomprehension Accuracy at Baseline

コバレント阻害剤に応用可能な新しい反応化学の開拓とその創薬応用

人体構造に準じたインテリジェントロボット義手の研究

Development of a photoanode with double excitation and its application to CO2 reduction coupled with water oxidation

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