On the remote coherence of polariton condensates in 1D microcavities: a photoluminescence study
M. D. Mart\'in, E. Rozas, C. Ant\'on, P. G. Savvidis, and L. Vi\~na
TL;DR
This paper provides experimental evidence of remote coherence between non-overlapping polariton condensates in 1D microcavities, using interference in momentum space to estimate the critical temperature for BEC-like transition.
Contribution
It demonstrates remote coherence in polariton condensates and introduces a method to estimate critical temperature via momentum space interference.
Findings
Evidence of remote coherence between separated condensates
Interference patterns used to estimate critical temperature
Insights into BEC-like transition in polariton systems
Abstract
In this manuscript we will gather clear experimental evidences of remote coherence between two polariton condensate droplets that have never overlapped in real space and discuss how these interferences in momentum space can be used to estimate the critical temperature for the BEC like transition.
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