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A hybrid quantum photonic interface for solid state qubits

机译:固态量子比特的混合量子光子接口

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Optical nanocavities enable a strong interaction between single photons and single emitters. An appealing application is the construction of a quantum interface for photonic and solid state qubits. Since the material of the solid state qubit is often different from the nanocavity, there has been considerable interest in combining the two in a hybrid architecture. We describe our recent development of such a hybrid interface based a Gallium Phosphide photonic crystal nanocavity that is scanned and deterministically coupled to single emitters on a surface. The technique is used to couple the cavity to the nitrogen vacancy center in diamond, an emitter system with optically accessible electron spins and the ability to transfer electronic spin states to nuclear spins.
机译:光学纳米腔使单个光子和单个发射器之间实现强大的相互作用。一个吸引人的应用是构造用于光子和固态量子位的量子接口。由于固态量子比特的材料通常与纳米腔不同,因此在混合架构中将两者结合非常引起人们的兴趣。我们描述了这种基于磷化镓光子晶体纳米腔的混合界面的最新发展,该界面经过扫描并确定性地耦合到表面上的单个发射器。该技术用于将腔耦合到金刚石中的氮空位中心,该发射器系统具有光学可访问的电子自旋,并且能够将电子自旋态转换为核自旋。

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