j9九游会

报告问题 (Title)：Nanowire-based hybrid integrated photonic circuits（基于纳米线的混淆集成光子电路）

报告人 (Speaker)：高俊 研究员（Royal Institute of Technology）

报告时间 (Time)：2025年7月3日（周四）10:30-12:00

报告所在 (Place)：校本部G601

约请人(Inviter)：钟建新

主理部分：量子科技研究院/理学院物理系

报告摘要：

Quantum computing has emerged as a transformative paradigm, offering exponential speedup for a range of complex computational challenges. Photonic systems, with their high coherence, low noise, and rapid processing speeds, are well-suited for implementing quantum information processing tasks. In this talk, I will briefly introduce the hybrid quantum integrated photonic circuits developed in our group with special focus on nanowire quantum emitters. The hybrid integration approach provides means of miniaturization to efficiently integrate all elementary building blocks and presents new methodologies specifically for an all-on-chip scheme on a photonic platform. I will also discuss our recent progress in programmable photonic circuits on the silicon photonics platform, as well as progress on a solid-state, Rydberg-exciton-based quantum simulator.