Propagation and Distribution of Quantum Correlations in a Cavity QED Network
Raul Coto Cabrera, Miguel Orszag
TL;DR
This paper investigates how quantum correlations propagate and distribute in a cavity QED network composed of atomic chains connected by optical fibers, using an effective Hamiltonian and the Generalized Master Equation.
Contribution
It introduces a model for quantum correlation dynamics in cavity QED networks considering cavity losses and atom-field interactions.
Findings
Quantum correlations can be effectively propagated through the network.
Cavity losses influence the distribution of correlations.
The model provides insights into quantum information transfer in cavity networks.
Abstract
We study the propagation and distribution of quantum correlations through two chains of atoms inside cavities joined by optical fibers. We consider an effective Hamiltonian for the system and cavity losses, in the dressed atom picture, using the Generalized Master Equation.
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