17-22 July 2022
Royal Conservatory of Music, Toronto
America/Toronto timezone

Strong Chiral Coupling of An Atomic Array in Nanophotonic Cavity

Not scheduled
1h 30m
Abstract of recent or ongoing work (by remote / virtual participant) Quantum optics and hybrid quantum systems Abstracts by remote participants

Description

A nanophotonic cavity system strongly coupled to one or multiple neutral atoms is a very useful platform for the quantum information processing. Single qubit control and entanglement between two qubits on this system has been experimentally realized recently based on the fact that the number of atoms coupled to this system has distinct reflectivity spectrum. Here we theoretically studied the effect of spin exchange interaction along chiral waveguide in this system to understand the collective effect of neutral atoms on the reflectivity spectrum. Furthermore, we discovered that in some non-reciprocal chiral cases the coupling between the atoms and cavity has no effect on the reflectivity spectrum due to cancelling caused by the space-dependent spin exchange interaction. We also studied the properties of the reflectivity spectrum as the number of atoms coupled to this system is increased.

Presenter name Hiew Wei Seng
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Primary authors

Wei Seng Hiew (National Taiwan University) Dr Hsiang-Hua Jen (Institute of Atomic and Molecular Science, Academia Sinica)

Presentation Materials

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