Lab Title	Light-emitting Material Spectroscopy Lab.
Location	R403, EE BuildingⅡ
Research Direction	1.This group uses two MOCVD and two MBE reactors for the studies of crystal growth (GaN and ZnO) and LED fabrication. Breakthroughs include: (1) fabrication of regularly patterned, multi-section, core-shell nitride nanorod LED array device; (2) fabrication of surface plasmon coupled LEDs with various metal nanostructures for enhancing emission efficiency, reducing efficiency droop effect, and increasing LED modulation bandwidth (reaching the world record of 528.8 MHz); (3) growth of highly conductive Ga-doped ZnO (GaZnO) nanoneedles for field emission and light extraction applications; (4) fabrication of bendable GaN-based LED of enhanced efficiency; and (5) highly conductive GaN-based p-type layer for LED application. 2. In plasmonics-based bio-photonics research, recent breakthroughs include the fabrication of surface-modified Au nanorings with localized surface plasmon resonance wavelength in the range of 1000-1300 nm to achieve the deepest light penetration into tissue for the demonstration of simultaneous photothermal and photodynamic therapies of tumor.
Extension Number	+886-2-33663700 ext.403