My work includes developing semiconductor devices including RF acoustic filters and high-electron-mobility transistors, aimed at achieving high-speed applications for 6G wireless communications. My research contributions include designing and fabricating record high-frequency RF acoustic filters using single crystalline films and identifying performance-limiting factors along with the material and device requirements for future-generation RF filters operating in the 10-100 GHz band. Furthermore, I have facilitated the pathway for the monolithic integration of high-speed RF filters and transistors, a critical challenge in the semiconductor field.

2024 KIC Graduate Fellowship, Kavli Institute at Cornell 

2022 Nellie Ye-Poh Lin Whetten Memorial Award, Cornell Nanoscale Science and Technology Facility (CNF)

Master of Science in Applied Physics, 2022, Cornell University, USA 

Bachelor of Science in Applied Physics, 2019, Harbin Institute of Technology, China