ICYS PI
Principal Investigators
吉永 直人
| Keywords | Nucleic acid delivery, Peptide- and polymer-based nanoparticle, Organelle-targeting, Stimuli-responsive biomaterials |
|---|---|
| Research Field | バイオ材料 |
| Research Highlights | I have been developing functional biomaterials for nucleic acid delivery. By tailoring their molecular structures, I aim to improve delivery efficiency and achieve organelle-specific targeting. Recently, I developed a mitochondria-targeted gene delivery system to modulate mitochondrial functions, enabling the engineering novel mitochondrial functions and the establishment of mitochondrial disease models. These technologies provide valuable tools for advancing our understanding of mitochondrial biology and its role in cellular physiology and disease. |
ICYS RF
Research Fellows
安東 映香
| Keywords | 固体核磁気共鳴法, 炭素材料, 次世代電池 |
|---|---|
| Research Field | 先端解析 |
| Research Topics | Analysis of Carbon Negative Electrodes for Next-Generation Batteries using Solid-State Nuclear Magnetic Resonance |
Chun-Hao CHIANG
| Keywords | Two-dimensional materials, Nanomembranes, Nanophotonics, Semiconductor nanofabrication |
|---|---|
| Research Field | ナノフォトニクス材料 |
| Research Highlights | Freestanding ultrathin nanomembranes with engineered nanostructures for enhanced light–matter interactions. |
五百藏 一成
| Keywords | 状態図, 計算状態図, 相平衡実験, 組織制御, 熱力学 |
|---|---|
| Research Field | 先端解析 |
| Research Highlights | Multicomponent Phase Diagram Prediction via Phase Equilibrium Experiments and Thermodynamic Calculations |
伊知地 直樹
| Keywords | plasmonics, nanophotonics, metamaterials, structured light, light-matter interaction |
|---|---|
| Research Field | ナノ材料 |
| Research Highlights | Exploration of light-induced control of thermal and magneto-optical phenomena at the nanoscale |
Soracha KOSASANG
| Keywords | defect engineering, phase transformations, electrocatalysis, energy conversions, active site controls |
|---|---|
| Research Field | 電極触媒 |
| Research Topics | Engineering Defects in Electrocatalysts through Phase Transformations |
久米田 友明
| Keywords | 電極触媒反応、エネルギー変換、反応速度論、単結晶電極、異種金属電極触媒 |
|---|---|
| Research Field | 電極触媒 |
| Research Topics | Microscopic Exploration of Novel Electrocatalytic Fields using Single-Crystal Model Electrodes |
Lingying LI
| Keywords | directed self-assembly, printed electronics, interfacial engineering, thin film transistors, sensors |
|---|---|
| Research Field | 電子デバイス材料 |
| Research Topics | Development of Soft Electronic Devices by Liquid-Mediated Self-Assembly |
Chia-Ching LIN
| Keywords | Lithium-ion batteries, Sodium-ion batteries, electrode, high entropy oxide, in-situ analysis technique, charge storage mechanism |
|---|---|
| Research Field | 蓄電材料 |
| Research Topics | High-performance Electrode for Lithium/Sodium Ion Batteries and Charge Storage Mechanism Studies |
Thao Phuong DOAN NGUYEN
| Keywords | artificial cells,biomedicine, colloidal nanomaterials, microfluidics, polymersomes回折法 |
|---|---|
| Research Field | バイオ材料 |
| Research Topics | Development of Artificial Cells for Viomedical Applications |
小野 愛生
| Keywords | リチウムイオン電池、電極作製、ハイスループット実験、先端解析 |
|---|---|
| Research Field | 電池材料 |
| Research Topics | Laboratory Automation Technologies Accelerate the Development of Advanced Type Rechargeable Batteries |
佐藤 梨奈
| Keywords | 金ナノ粒子,量子ドット,粒子表面機能化,自己組織化,ナノフォトニクス |
|---|---|
| Research Field | ナノ材料 |
| Research Higlights | Tailored optical properties from ligand-directed assembly of inorganic nanoparticles |
Pragati Ankush Shinde
| Keywords | 2D materials, energy storage, Supercapacitors, Aqueous batteries, Zn-ion batteries |
|---|---|
| Research Field | 蓄電材料 |
| Research Topics | Entropy to Energy: High-Entropy Materials for Advanced Zinc-Ion Batteries |
田畑 千尋
| Keywords | 構造材料, Ni基超合金, 相変態, 引張強度 |
|---|---|
| Research Field | 構造材料 |
| Research Topics | Effect of Phase Transformation on Mechanical Properties of Ni-base Superalloys in Different Environments |
徳澄 翼
| Keywords | 構造材料、鉄鋼、塑性変形、微細組織、デジタル画像相関法 |
|---|---|
| Research Field | 構造材料 |
| Research Topics | Improvement of Ductility and Strength through Heterogeneous Microstructure Architected by Deformation in Metallic Structural Materials |
辻 赳行
| Keywords | ダイヤモンド結晶成長、CVD法、量子センサ、NVセンタ |
|---|---|
| Research Field | 電子デバイス材料 |
| Research Topics | Chemical Vapor deposition diamond with quantum sensor |
Peter UDVARHELYI
| Keywords | quantum defects, color centers, defect engineering, ab initio calculation |
|---|---|
| Research Field | 計算材料科学 |
| Research Topics | Computational Modeling of Quantum Materials and Defects |
上沼 駿太郎
| Keywords | 超分子自己組織化、シクロデキストリン、ポリマーナノシート |
|---|---|
| Research Field | 電子デバイス材料 |
| Research Topics | Fundamental and Application Research of Pseudo-Polyrotaxane Nanosheet |
吉元 史
| Keywords | イオンビーム分析, 水素, 触媒, 分子動力学法 |
|---|---|
| Research Field | 先端解析、 水素材料、機能材料、材料設計 |
| Research Highlights | This work integrates ion-beam techniques and molecular dynamics to establish a unified multiscale understanding of hydrogen from bulk to surface. |
四谷 祥太郎
| Keywords | 二次元材料,モアレ超格子,液-液相分離,表面張力 |
|---|---|
| Research Field | 高分子材料 |
| Research Highlights | A simple and scalable solution-based method for folding two-dimensional materials was developed. mm-scale moiré superlattices were massively formed through droplet-driven folding induced by liquid-liquid phase separation. |
Wenhao ZHANG
| Keywords | intermetallics, phase diagram, machine learning potential |
|---|---|
| Research Field | 計算科学材料 |
| Research Topics | Universal Thermodynamic Modeling of Intermetallics via Machine Learning |
