Light trapping in high-density ultracold atomic gases for quantum memory applications
I.M. Sokolov, D.V. Kupriyanov, R.G. Olave, and M.D. Havey
TL;DR
This paper reviews theoretical and experimental advances in using high-density ultracold atomic gases for quantum memory, focusing on light storage manipulation via scattering and electromagnetically induced transparency.
Contribution
It presents new insights into controlling light storage in dense gases through complex scattering and external fields, advancing quantum memory technology.
Findings
Enhanced light storage through recurrent optical scattering.
Control of light storage using electromagnetically induced transparency.
Potential for improved quantum memory performance.
Abstract
High-density and ultracold atomic gases have emerged as promising media for storage of individual photons for quantum memory applications. In this paper we provide an overview of our theoretical and experimental efforts in this direction, with particular attention paid to manipulation of light storage (a) through complex recurrent optical scattering processes in very high density gases (b) by an external control field in a characteristic electromagnetically induced transparency configuration.
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