Light in a 2D atomic waveguide delocalizes above a critical density due to near-field interactions, with finite-size scaling giving critical exponent ν = 1.4 ± 0.2.
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Evanescent modes can dominate cooperative spontaneous decay and radiation transfer in waveguide atomic ensembles by modifying dipole-dipole interatomic interactions.
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Delocalization transition for light in two dimensions
Light in a 2D atomic waveguide delocalizes above a critical density due to near-field interactions, with finite-size scaling giving critical exponent ν = 1.4 ± 0.2.
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The influence of evanescent waves on the nature of optical cooperative effects in atomic ensembles in a waveguide
Evanescent modes can dominate cooperative spontaneous decay and radiation transfer in waveguide atomic ensembles by modifying dipole-dipole interatomic interactions.