Device Physics and Fabrication Processes of Oxide Semiconductor Transistors

Research focused on the device physics and fabrication processes of oxide semiconductor transistors, with applications in memory technologies such as gain cells and DRAM including:

1. Engineering oxide semiconductor device structures and materials to overcome challenges such as the mobility–Vth trade-off and stability issues.
2. Developing oxide semiconductor gain cells for high-density memory applications.
3. Exploring digital compute-in-memory architectures using oxide semiconductor transistors.