Chirality based all-optical logic gates

With the ever-growing demand for carrying and processing data in a fast and efficient way, optical computing and processing methods have become a promising candidate for the next-generation computing and processing applications, due to many advantages, such as high-speed and parallel data processing, compared to their electronic counterparts.

In this project, I plan to construct the world first chirality-based all-optical logic gates.

The initial plan is to significantly extend the preliminary results to many other nonlinear optical processes in monolayer two-dimensional layered materials with the aim to construct various chirality logic gates such as XNOR, XOR, NOR, AND, NAND, OR, Buffer, and NOT gates. I will also construct ultrafast (