2020
DOI: 10.1002/qute.202000098
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Dressing‐Shaped Rabi Oscillation of Photon Pairs in Hot Atomic Ensemble

Abstract: The nonclassical states of light serve as potential candidates for emerging quantum information processes. A quantum information unit with higher information capacity is interesting and useful in large quantum information systems, such as quantum computations. The most mature way to increase information capacity is to employ a post‐selection or cascaded method with the biphoton state and polarizing beam splitters to increase the qubits of the entangled state. Another promising processing is shaping the tempora… Show more

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Cited by 8 publications
(18 citation statements)
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“…[ 1–4 ] Although biphotons produced from the spontaneous parametric down‐conversion are dominant in the quantum business, [ 5,6 ] recent development of narrowband biphotons generation from atomic ensembles provides an alternative source to this avenue. [ 7–20 ] Such narrowband biphotons are interested in long‐distance quantum communication due to long temporal coherence time. [ 11,13,17 ] Generally, the optical responses in atomic ensemble, linear, and nonlinear susceptibilities of the photon–atom interactions, are significant to determine the biphoton temporal correlation.…”
Section: Introductionmentioning
confidence: 99%
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“…[ 1–4 ] Although biphotons produced from the spontaneous parametric down‐conversion are dominant in the quantum business, [ 5,6 ] recent development of narrowband biphotons generation from atomic ensembles provides an alternative source to this avenue. [ 7–20 ] Such narrowband biphotons are interested in long‐distance quantum communication due to long temporal coherence time. [ 11,13,17 ] Generally, the optical responses in atomic ensemble, linear, and nonlinear susceptibilities of the photon–atom interactions, are significant to determine the biphoton temporal correlation.…”
Section: Introductionmentioning
confidence: 99%
“…[ 11,13,17 ] Generally, the optical responses in atomic ensemble, linear, and nonlinear susceptibilities of the photon–atom interactions, are significant to determine the biphoton temporal correlation. [ 7–20 ] Therefore, with the benefit of multiparameter controlling features in an atomic ensemble, the temporal waveforms of biphotons can be shaped in group delay region or Rabi oscillations region, or in between. [ 7–20 ] Previous studies were mostly done with cold atoms and hot atomic gas was less researched.…”
Section: Introductionmentioning
confidence: 99%
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