Optically active spin qubits in transition metal dichalcogenides

我的研究目标是建立和开发一个用于托管光学活性自旋量子比特的分层材料平台。这有可能使遥远自旋之间的高纠缠率成为可能。这对量子网络很重要，可以为超导量子比特提供光学接口。在我的博士学位期间，我将专注于从2D材料中构建合适的异质结构，了解光学活性自旋量子比特的光学选择规则，并对它们的寿命和相干性质进行基准测试。

My research goal is to build and develop a layered material platform for hosting optically active spin qubits. This has the potential for enabling high rates of entanglement between distant spins. This is important for quantum networks and could provide an optical interface for superconducting qubits. During my phd I will focus on building suitable heterostructures from 2d materials, understanding the optical selection rules of the optically active spin qubits and benchmarking their lifetime and coherence properties.