Innovative Materials and Analysis Technology Exploration (iMATE) Program
2024 Exploration Projects
Probing superconducting states through hybrid material device
Selective oxidation of C2-C4 hydrocarbons over novel nano-metal oxide catalysts
To create new electroconductive biomaterials based on polyaromatic peptide hydrogels
Facile Synthesis of Atomically Dispersed Supported Metal Catalyst for Selective Catalysis
Catalytically enhanced reverse Boudouard reaction for CO2 to CO conversion
Magnetic order, chiral spin structures, and spin torques in 2D Cr-halides and -chalcogenides heterostructures
Novel quantum phenomena from strongly correlated Dirac/Weyl fermions
Generating field emission paired electrons with superconducting tips in scanning tunneling microscopy
Experimental exploration of quantum geometric origin of optical effects in topological materials
In-situ mechanistic exploration of the nanoscale Kirkendall effect in microfluidic system using Cu2O formation and transformation as the model reaction
Accelerated and upscale synthesis of chitosan as drug carriers
Unmasking and tackling phase segregation of perovskite solar cells
Hetero-valent ions induced structural evolution in halide-based perovskite materials
Light emission and absorption of 2D materials: multi-color emission, high-speed detection and photovoltaic devices
Developing tunable narrow band and highly directional infrared light source based on photonic bound states in the continuum
A biocompatible protein functionalization platform based on selective reactions at arginine residues
Long-term and real-time health assay of single cells in micro-controlled environment using Raman spectroscopy and AI-based morphology analysis
Cell glycosylation in different phases of cell cycle and culture conditions
Influences of light and pH conditions on coccolithophore methionine metabolism
Multi-resolution tracking of inter-domain communication mediated by strict anaerobe bacterial membrane vesicles