Programmable Optical Interaction Landscapes: Combining Structured Light Modulation with Spatially-Resolved Scattering for Advanced Computing

This project explores novel optical computing approaches by leveraging programmable optical interaction landscapes. It combines advanced structured light modulation with spatially resolved scattering control to create highly configurable optical systems. The research is divided into two main parts: first, developing a physics-informed optical setup for solving complex problems like the Ising machine, utilizing structured light encoding and dynamic control of a liquid crystal cell (LCC). Second, establishing a method for creating spatially varying scattering properties within a liquid crystal cell using a dual-laser system and a LCC with a Bismuth Silicon Oxide (BSO) layer. This work aims to push the boundaries of optical information processing by enabling unprecedented control over light-matter interactions. This project focuses on developing advanced optical computing architectures that harness the intricate interplay between structured light and dynamic scattering media.