探索計畫

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

2024 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-112-12

利用混成元件探索超導材料的特性

Probing superconducting states through hybrid material device

材料
AS-iMATE-112-22

利用新穎奈米金屬氧化物催化劑進行二至四碳之碳氫化合物選擇性氧化

Selective oxidation of C2-C4 hydrocarbons over novel nano-metal oxide catalysts

材料
AS-iMATE-112-23

創造以多芳香環胜_水凝膠組成的新導電生物材料

To create new electroconductive biomaterials based on polyaromatic peptide hydrogels

材料
AS-iMATE-112-24

具原子級分散負載金屬觸媒之簡易製備與其選擇性催化反應

Facile Synthesis of Atomically Dispersed Supported Metal Catalyst for Selective Catalysis

材料
AS-iMATE-112-31

波多爾逆反應作為 CO2 轉換成 CO 的觸媒效應

Catalytically enhanced reverse Boudouard reaction for CO2 to CO conversion

材料
AS-iMATE-113-11

鉻-鹵化物與硫屬化物異質結構中的磁電性質

Magnetic order, chiral spin structures, and spin torques in 2D Cr-halides and -chalcogenides heterostructures

材料
AS-iMATE-113-12

狄拉克/外爾費米子於電子強關聯作用下之新穎量子現象

Novel quantum phenomena from strongly correlated Dirac/Weyl fermions

材料
AS-iMATE-113-13

利用掃描穿隧顯微術超導探針產生場發射成對電子

Generating field emission paired electrons with superconducting tips in scanning tunneling microscopy

材料
AS-iMATE-113-14

實驗探索拓譜材料光學性質的量子幾何來源

Experimental exploration of quantum geometric origin of optical effects in topological materials

材料
AS-iMATE-113-15

特徵頻譜拓樸

Feature spectrum topology

材料
AS-iMATE-113-21

原位光譜與微流體整合用以解析奈米氧化亞銅之科肯德爾效應

In-situ mechanistic exploration of the nanoscale Kirkendall effect in microfluidic system using Cu2O formation and transformation as the model reaction

材料
AS-iMATE-113-22

加速且大量合成幾丁聚醣分子庫以作為藥物載體

Accelerated and upscale synthesis of chitosan as drug carriers

材料
AS-iMATE-113-31

解析並解決鈣鈦礦太陽能電池的相分離問題

Unmasking and tackling phase segregation of perovskite solar cells

材料
AS-iMATE-113-41

異價離子誘導鹵化物鈣鈦礦材料之結構相變

Hetero-valent ions induced structural evolution in halide-based perovskite materials

材料
AS-iMATE-113-42

二維材_的放光及吸光:多彩放光、高速偵測以及光伏元件

Light emission and absorption of 2D materials: multi-color emission, high-speed detection and photovoltaic devices

材料
AS-iMATE-113-43

使用光子連續體束縛態來開發可控波長窄頻且具方向性之紅外光源系統

Developing tunable narrow band and highly directional infrared light source based on photonic bound states in the continuum

材料
AS-iMATE-112-11

無合成分裂的機械調控

Mechanical regulation on asynthetic fission

分析科技
AS-iMATE-112-21

開發精胺酸專一的蛋白生物相容化學修飾平台

A biocompatible protein functionalization platform based on selective reactions at arginine residues

分析科技
AS-iMATE-112-41

以 AI 輔助相位差影像型態分析以及拉曼光譜進行長時間單細胞活性量測

Long-term and real-time health assay of single cells in micro-controlled environment using Raman spectroscopy and AI-based morphology analysis

分析科技
AS-iMATE-113-32

細胞在不同生長階段和不同培養條件下的醣基化變化

Cell glycosylation in different phases of cell cycle and culture conditions

分析科技
AS-iMATE-113-33

光照及酸鹼值改變對鈣板金藻之蛋氨酸代謝的影響

Influences of light and pH conditions on coccolithophore methionine metabolism

分析科技
AS-iMATE-113-34

開發多種解析度報導系統於探測絕對厭氧菌的膜囊泡介導之跨生物域信息傳遞

Multi-resolution tracking of inter-domain communication mediated by strict anaerobe bacterial membrane vesicles

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