Research and development in advanced hardware systems
Machine-learning-driven control systems for dynamic stabilization of photonic resonators enabling high-performance signal filtering and jammer rejection.
Hybrid electronic-photonic architectures achieving wideband tunability and high blocker rejection for next-generation communication systems.
CMOS laser drivers, MEMS drivers, and automatic control loops improving efficiency and stability in photonic display systems. (Meta Reality Labs)
Adaptive algorithms for real-time tuning of electronic and photonic circuits, optimizing pole locations, biasing, and performance.
Ultra-low-power and high-bandwidth CMOS optical receivers for next-generation data links.
Energy-efficient RF architectures supplied by switched-capacitor DC-DC converters for short-range wireless systems.