Study on Optical Properties of Metal Oxides for High-Efficiency Planar Optical Waveguide Coupler Transformers in Highly Concentrated Solar Light Applications

In this project students will acquire basic knowledge and hands on experience in designing and fabricating optical couplers and obtaining their optical properties. The students will design, in both ray optics and wave optics regimes, optical couplers made of various metal oxides available in our laboratory. The students will also fabricate the couplers and characterize their optical properties using a set up including a white light source, a spectrometer, and an optical fiber coupled photodetector. The students will conduct the study with the view toward applications in highly concentrated solar light for dayligning and solar thermal power generation.

Location: NASA Ames

Mentor: Nobuhiko Kobayashi, Faculty, Associate Professor

Secondary mentor: Kate Norris (UCSC Ph.D. candidate)