Integrating Optical Technologies for Enhanced Processing, Memory, and Bandwidth Scalability in Next-Generation Computing. As Moore's Law approaches practical limits, this thesis examines how photonic technologies can move past the thermal, delay, and power-density constraints of silicon.
My section covered optical processing: photonic integrated circuits, all-optical computing architectures, and clock speeds beyond what electronic logic supports. Co-authors covered photonic memory and data-center scalability.
Technologies surveyed
Written with Owen Lawrence (memory) and Devin DiTucci (scalability / data centers) at SUNY Polytechnic Institute, Utica, NY.