Mechanical and Opto-mechanical Interfaces for Single Color Centers in Diamond

该项目应解决空间分离宿主中钻石缺陷之间的纠缠产生和分布问题。该项目旨在纠缠固定衬底和携带NV自旋的可移动触针中的钻石缺陷。演示应该使用延长的低温松弛时间，以便多个缺陷可以通过拖放式技术缠绕在一起。核自旋中纠缠存储的健壮性应该得到证明。第一步包括演示两个自旋之间的纠缠，其中一个是静止的。在随后的演示中，应该显示远程缺陷之间的纠缠转移。

The project should address entanglement generation and distribution among diamond defects in spatially separated host. The project aims at entangling diamond defects in a stationary substrate and a moveable stylus carrying a NV spin. The demonstration should use extended low temperature relaxations times such that multiple defects can be entangled in a "drag and drop" style technique. Robust entanglement storage in nuclear spins should be demonstrated. The initial step comprises demonstration of entanglement between two spins one of which is stationary. In a subsequent demonstration entanglement transfer between remote defects should be shown.