Transport Layer Protocols are crucial for data exchange between multiple devices within the network, with classical protocols like TCP/IP designed for traditional communication systems. Quantum transport protocols are needed for quantum networks, which use qubits (instead of classical bits) that can be affected by quantum decoherence and transmission losses, leading to errors. Quantum error correction codes (QECC) and quantum automatic repeat requests (ARQ) are used to control and correct these errors, but both of these algorithmic methods have their own inefficiencies. The goal of this project is to combine these algorithms into a single one, designed to improve the efficiency of quantum information transmission within quantum networks. The effectiveness of the proposed algorithm will be validated through a simulation.

Participating in the SuperUROP would provide me with the opportunity to work on a theoretical project in the quantum communication field – an area I am interested in exploring further. Through this program, I aim to apply the quantum technology knowledge and skills I’ve developed through my MIT coursework and past research experiences, while also learning new methods and techniques for conducting theory-driven research. I am excited to contribute to my project and share my progress and ideas with others!