材料與分析科技探索計畫
關鍵材料與分析科技探索研究
Innovative Materials and Analysis Technology Exploration (iMATE) Program
2021 年探索計畫清單
運用音波來輸送螢光標定蛋白質進入細胞並使用螢光斑點顯微術觀察細胞骨架在極化上皮組織的動態變化
Intracellular Delivery of Proteins by Acoustics to Study Cytoskeleton Dynamics in Polarized Cell Sheets by Fluorescent Speckle Microscopy分析光發射探究場發射共振中透過交換作用之雙電子穿隧
Exploring Two-electron Tunneling through Exchange Interaction in Field Emission Resonance by Analyzing Light Emission開發可與細胞膜融合的智能多肽微脂體---未來基因編輯物質輸送方式
Develop Smart Peptidyl Liposome Can Fuse with Cell Membrane ---for Future Gene-editing Material Delivery開發新的質譜法用於鞘糖脂的複雜寡醣結構測定
Development of A New Mass Spectrometry Method for Structural Determination of Complex Glycans in Glycosphingolipid發展時間解析雙重光電子能譜學高溫超導體中古柏對的消逝及復甦
Development of Time-Resolved Double Photoemission Spectroscopy: Decay and Recovery of Cooper Pairs in High-Temperature Superconductors類腦微環境之高解析神經生物力學分析平台與分子工具開發及應用
Development of a stimulated Raman scattering microscopy integrated optoproteomics system for drug target identification利用金屬染色解析全鼠腦神經光學影像
3D reconstructions of individual neurons at synaptic resolution for an intact brain by black reaction利用三元複合奈米反應器進行具高選擇性之單及雙碳分子催化反應
Selectively Photocatalytic Production of C1/C2 Chemicals via Tandem Hybrid WRC/CO2-to-CO Catalysts/Cu-Based Metal Nanoreactors研發解決鈣鈦礦太陽能電池穩定性問題的方法之二
Tackling Stability Issues of Perovskite Solar Cells-II電活性石墨烯量子點於液流電池之應用
Electroactive Graphene Quantum Dots for Redox Flow Batteries高效能光觸媒作為二氧化碳還原成特定燃料之研究(II)
Development of highly efficient photocatalysts for CO2 reduction to selective fuels (II)複合觸媒電極和光伏半導體之整合以進行光電化學水分解
Composite-material catalyst electrode and the integration with photovoltaic semiconductor for photoelectrochemical water splitting自旋電子學新穎材料的合成與應用
Synthesis and Application of Exotic Materials for Spintronics關鍵對稱性與電子強關聯掌控新穎材料功能性之研究
New Material Functionalities Governed by Innovative Symmetry and Electronic Correlation量子材料 Rashba 效應的切換與超快操控
Switching and Ultrafast Control of Rashba Effect in Quantum Materials凡德瓦磊晶的探討: 晶體堆疊及元件應用
The Nature of van der Waals Epitaxy: Crystal Stacking and Device Application
