Laser Science & Optical Application Lab, NYCU

We utilize the design and manufacture of generalized solid-state lasers (including crystals, optical fibers, and semiconductors) as the core experimental technology, supplemented by high-speed photography and various photoelectric measurement and calculation simulation technologies, through physical viewpoints and theoretical methods, to study physical phenomena and solve optoelectronic engineering issues, develop innovative instruments and equipment. In addition to the recognized achievements in laser physics, laser engineering, and medical applications, we also develop recently: the photoelectric and mechanical effects of structured laser-induced fluids and plasmas and their applications (including microfluidic actuation, underwater acoustics, and laser-driven light sources enhancement, true floating volumetric display), optical detection methods and sensor technology for smart health care, laser manufacturing process, photo-curing additive manufacturing.

Regarding industry-university research and development, the laboratory cooperates with many international companies. The fields of enterprises cover: laser medical equipment, biomedical sensing and preventive medicine, semiconductor manufacturing, packaging, equipment, photoelectric testing equipment, laser services, manufacturing of information and communication products, etc.