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The possibilities of the quantum memory realization for short pulses of light in the photon echo technique

机译:光子回波技术中用于短脉冲光的量子存储实现的可能性

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摘要

The possibilities of recording, storage and reconstruction of short single photon wave packets in the photon echo technique are analyzed. The influence of the photon field and medium parameters on the quality and precision of the photon quantum state reconstruction is theoretically studied. The total probability of the photon reconstruction as a function of medium length L and frequency splitting ω{sub}21 at the following fixed parameters Δ{sub}n = 10{sup}9sec{sup}(-1), δω{sub}(ph)= 2 × 10{sup}8 sec{sup}(-1), T = 0.5 × 10{sup}9 sec, α = 1 cm{sup}(-1).
机译:分析了在光子回波技术中记录,存储和重建短单光子波包的可能性。从理论上研究了光子场和介质参数对光子量子态重构质量和精度的影响。在以下固定参数Δ{sub} n = 10 {sup} 9sec {sup}(-1),δω{sub}时,光子重构的总概率与介质长度L和分频ω{sub} 21的关系(ph)= 2×10 {sup} 8秒{-1),T = 0.5×10 {sup} 9秒,α= 1cm {sup}(-1)。

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