Our lab is at the forefront of research on III-nitride compound semiconductors (GaN, AlN, InN, and their alloys), specializing in the epitaxial growth, synthesis, and characterization of nanowire/rods, quantum dots, and thin film heterostructures. We delve into fundamental material properties while driving advancements in key applications:
Next-Generation AR, VR, XR Displays: Pioneering optoelectronic solutions for immersive technologies.
Quantum-Photonic Transceivers for AI Computing: Enabling high-performance data transmission in quantum information systems.
Advanced Semiconductor Sensors: Developing sensitive detection technologies for diverse applications.
Artificial Photosynthesis (H2 Production & CO2 Reduction): Innovating sustainable energy solutions through transformative materials science.
Next-Generation AR, VR, XR Displays
Quantum-Photonic Transceivers for AI-Computing
Advanced Semiconductor Sensors
Artificial Photosynthesis (H2 & CO2)