探索計畫

材料與分析科技探索研究
Innovative Materials and Analysis Technology Exploration (iMATE) Program

2026 年探索計畫清單

計畫編號
計畫名稱
計畫總主持人
計畫主題類別
AS-iMATE-114-12

探索低維度奈米材料系統中的拓樸物質與新穎量子現象

Exploring topological matter and novel quantum phenomena in low-dimensional nanoscale material systems

材料
AS-iMATE-114-22

甲烷單加氧酶的仿生異相電催化甲烷至甲醇

Heterogeneous electrochemical catalytic oxidation of methane to methanol inspired by the particulate Methane Monooxygenase (pMMO)

材料
AS-iMATE-114-23

原子精準設計於異相觸媒表面的活性奈米結構

Atomic precision design on active nanosturture of heterogeneous catalyst surface

材料
AS-iMATE-114-24

螺旋狀奈米石墨烯:由下而上合成與其手性光學性質研究

Bottom-up synthesis of helical nanographenes with conspicuous chiroptical properties

材料
AS-iMATE-114-33

波多爾逆反應作為CO2 轉換成CO的觸媒效應(二)

Catalytically enhanced reverse Boudouard reaction for CO2 to CO conversion (2)

材料
AS-iMATE-114-35

CECAM在台灣的駐點 (CECAM-TW)

Formation and running of the CECAM-TW node

材料
AS-iMATE-114-41

二維材料及其混成結構在光偵測器的應用: 雪崩光電流,快速響應以及長波長偵測

2D Materials and hybrid Structures for photodetector applications: avalanche photocurrents, quick responses and extended detection wavelengths

材料
AS-iMATE-115-11

用于研究環境友善鋰(或鈉)離子電池的原位(Operando)系统開發

Development of Operando Systems to Investigate Eco-friendly Li(or Na)-ion Batteries

材料
AS-iMATE-115-12

自駕單噴流三維電紡絲 (AJ-3D ES) 平台用於具心臟貼合性及形狀記憶之組織貼片以實現功能性心肌再生

Autopilot Single-Jet 3D Electrospinning (AJ-3D ES) Platform for Heart-Conforming, Shape-Memory Tissue Patches for Functional Myocardial Regeneration

材料
AS-iMATE-115-13

結合第一原理與機器學習在拓樸材料中優化熱電性能

Integrating First-Principles and Machine Learning for Thermoelectric Optimization in Topological Materials

材料
AS-iMATE-115-14

探索磁性、集體電子序與相對論費米子的交互作用

Exploring the Interplay between Magnetism, Collective Electronic Orders and Relativistic Fermions

材料
AS-iMATE-115-15

氫氧根離子於空氣/水界面的空乏現象:來自動量解析式非線性光譜的新觀點

Hydroxide Depletion at the Air/Water Interface: A New Perspective from Momentum-Resolved Nonlinear Optical Spectroscopy

材料
AS-iMATE-115-16

開發源自可型態轉化蛋白質絲的自適應材料

Development of Adaptive Materials from Transformable Protein Filaments

材料
AS-iMATE-115-17

利用場發射共振能譜術解析籠目晶格、單原子電荷轉移與邊緣能態的原子尺度電荷分佈

Resolving Atomic-scale Charge Distributions in Kagome Lattices, Single-atom Charge Transfer, and Edge States Using Field Emission Resonance Spectroscopy

材料
AS-iMATE-115-21

從紫質到單原子催化劑:在分子層級解鎖新世代永續催化材料開發

From Porphyrins to Single-Atom Catalysts: Unlocking Sustainable Catalysis at the Molecular Level

材料
AS-iMATE-115-22

智慧型中孔矽奈米粒子工程設計與腦部標靶蛋白質降解應用

Engineering Smart Mesoporous Silica Nanoparticles for Targeted Protein Degradation in the Brain

材料
AS-iMATE-115-31

金屬鹵化物鈣鈦礦相位穩定性的基礎研究

Fundamental Studies of Phase Stability of Metal Halide Perovskites

材料
AS-iMATE-115-33

超輻射光學原子鐘

Superradiant Optical Atomic Clocks

材料
AS-iMATE-115-41

新穎多粒徑組合之固態電解質應用於高效固態電池

From Single-Size to Multi-Size Architectures: A Novel Strategy of Solid Electrolyte Design for High-Performance Solid-State Batteries

材料
AS-iMATE-114-11

用微流體技術控制細胞從二維培養環境到三維培養環境了解細胞骨架如何影響細胞體積

Switching cellular microenvironment from two-dimensional (2D) surface to three-dimensional (3D) curved surface based on the microfluidic technology to elucidate the regulation on cell volumes by cytoskeleton tensions

分析科技
AS-iMATE-114-21

精準健康需要的多肽微脂體引信控制通用平台

Universal platform for controlled release of polypeptide Liposomes tailored to precision health needs

分析科技
AS-iMATE-114-31

發展波長 1100 奈米以上之短波紅外流式細胞術

Developing short-wave infrared flow cytometry with wavelengths beyond 1100 nm

分析科技
AS-iMATE-114-32

雷射冷卻「長生命期」「高激發態」原子:圓態(circular state)超冷雷德堡原子製備與新穎量子態探索

Laser cooling of long-lived excited state atoms: preparation of circular state ultracold rydberg atoms and exploration of novel quantum phases

分析科技
AS-iMATE-114-34

高通量液相單一奈米粒子分析技術

High-throughput single nanoparticle characterization in solution

分析科技
AS-iMATE-115-32

結構與功能導向的工業酵素設計:結合人工智慧與快速核磁共振技術

Structure-Function-Guided Design of Industrial Enzymes Using AI and Fast NMR Techniques

分析科技
AS-iMATE-115-42

研發多價離子交聯聚丙烯酸酯水凝膠增強機械力性能於擴張顯微術應用

Development of Multivalent Ion-Enhanced Polyacrylate Hydrogels for Robust Expansion Microscopy

分析科技
AS-iMATE-115-43

透過無標記多因素分析分泌生物分子實現類器官分化與培養的一致性

Consistent Organoid Differentiation and Culture via Label-Free Multiple-Factor Analysis of Secreted Biomolecules

分析科技
計畫承辦人: 林小姐
Email: wylin
Tel: 02-27873226