Topology in a synthetic dimension as a tool for non-reciprocal photonic transport
European Quantum Electronics Conference
Pages: 8087798
Published: Jun 25, 2017
Abstract
The silicon micro-ring resonator is an important ingredient for integrated photonics [1]. In it, light resonates around a ring leading to a discrete set of resonances that are almost equally spaced in frequency. Recently, we have proposed that these resonances can be coupled by modulation of the dielectric tensor of the cavity to form a synthetic dimension, i.e., light will ‘hop’ between these resonance frequencies in a way similar to a particle...
Paper Details
Title
Topology in a synthetic dimension as a tool for non-reciprocal photonic transport
Published Date
Jun 25, 2017
Pages
8087798
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