Photon-Photon Correlations as a Probe of Vacuum Induced Coherence Effects
Sumanta Das, G.S. Agarwal
TL;DR
This paper explores how vacuum induced coherence affects photon-photon correlations in specific atomic transitions, suggesting observable effects in ion trap experiments with Hg and Ba ions.
Contribution
It introduces new experimental implications of vacuum induced coherence on photon statistics in pi-polarized fluorescence for j=1/2 to j=1/2 transitions.
Findings
Vacuum induced coherence influences photon-photon correlations.
Observable effects predicted in Hg and Ba ion traps.
Potential for experimental verification of coherence effects.
Abstract
We present new experimental implications of the effects of vacuum induced coherence on the photon -photon correlation in the pi-polarized fluorescence in j = 1/2 to j = 1/2 transition. These effects should be thus observable in measurements of photon statistics in for example Hg and Ba ion traps.
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