Design and analysis of photonic crystal coupled cavity arrays for quantum simulation

Abstract

We performed an experimental study of coupled optical cavity arrays in a photonic crystal platform. We find that the coupling between the cavities is significantly larger than the fabrication-induced disorder in the cavity frequencies. Satisfying this condition is necessary for using such cavity arrays to generate strongly correlated photons, which has potential application to the quantum simulation of many-body systems.

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• "Cartesian light": unconventional propagation of light in a 3D superlattice of coupled cavities within a 3D photonic band gap
• Exact $k$-body representation of the Jaynes-Cummings interaction in the dressed basis: Insight into many-body phenomena with light
• Active tuning of hybridized modes in a heterogeneous photonic molecule
• Scheme for realizing quantum dense coding via entanglement swapping
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• Quench dynamics of a disordered array of dissipative coupled cavities
• Optical signatures of Mott-superfluid transition in nitrogen-vacancy centers coupled to photonic crystal cavities
• Energy transfer between localized emitters in photonic cavities from first principles
• Nonequilibrium Nonlinear Effects and Dynamical Boson Condensation in a Driven-Dissipative Wannier-Stark Lattice
• Exact dynamics and bound states of a cavity coupled to a two-dimensional reservoir
• Protection of quantum steering ellipsoids in non-Markovian environments
• Effect of Emitters on Quantum State Transfer in Coupled Cavity Arrays