Efficient quantum circuit design

Abstract

In this project, we focus on designing modular quantum division circuits with quantum addition circuits as its interchangeable component. A Design Space Exploration approach is then used to find the addition circuit that creates the optimal implementation of our division circuit in terms of logical depth and size.

This project aims to create quantum circuits that help solve quantum computing problems that require efficient implementations of division. Moreover, we emphasize on the importance of using a systematic design approach to create practical quantum circuits.