报告题目：Circuit QED with tunable topological qubit arrays

报 告 人：聂伟 博士， 清华大学

报告时间：9月19日上午9:00

报告地点：前卫南区物理楼369报告厅

报告摘要：Superconducting circuits are useful for studying quantum optics, quantum computation and quantum simulation. In present experiments, arrays with 10-20 qubits are demonstrated. In this presentation, I will discuss topological protections in small-scale superconducting quantum chips. On one hand, circuit QED may open a way for topological phenomena, by exploring advantages of superconducting circuits, e.g., tunable qubit-qubit and qubit-photon interactions. On the other hand, topology may provide new degrees of freedom for studying quantum physics, with potential applications in quantum computation and quantum optics.

报告人简介：聂伟博士2017年毕业于新加波国立大学，目前在清华大学微电子所从事博士后研究工作。主要研究方向为超导量子芯片上的量子模拟以及拓扑量子光学，例如拓扑保护的光与物质相互作用等。

主办单位：36365线路检测中心