Steady-state quantum statistics of a non-Markovian atom laser. II

A. S. Bradley; J. J. Hope; M. J. Collett

Steady-state quantum statistics of a non-Markovian atom laser. II

A. S. Bradley^*, J. J. Hope, M. J. Collett

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

9 Citations (Scopus)

Abstract

A non-Markovian steady state analysis of a fully quantum-mechanical atom laser model was carried out. It was demonstrated that a self-consistent Markov approximation is valid provided the laser is operating in a linewidth narrowing regime and the reservoir correlation time is sufficiently short. Furthermore, it was shown that the difference between the Born-Markov approximation and the more exact treatment is that the system frequency, occupation number, and effective damping may be shifted by the coupling process.

Original language	English
Article number	063611
Pages (from-to)	063611/1-063611/11
Journal	Physical Review A - Atomic, Molecular, and Optical Physics
Volume	68
Issue number	6
Publication status	Published - Dec 2003

Cite this

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title = "Steady-state quantum statistics of a non-Markovian atom laser. II",

abstract = "A non-Markovian steady state analysis of a fully quantum-mechanical atom laser model was carried out. It was demonstrated that a self-consistent Markov approximation is valid provided the laser is operating in a linewidth narrowing regime and the reservoir correlation time is sufficiently short. Furthermore, it was shown that the difference between the Born-Markov approximation and the more exact treatment is that the system frequency, occupation number, and effective damping may be shifted by the coupling process.",

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N2 - A non-Markovian steady state analysis of a fully quantum-mechanical atom laser model was carried out. It was demonstrated that a self-consistent Markov approximation is valid provided the laser is operating in a linewidth narrowing regime and the reservoir correlation time is sufficiently short. Furthermore, it was shown that the difference between the Born-Markov approximation and the more exact treatment is that the system frequency, occupation number, and effective damping may be shifted by the coupling process.

AB - A non-Markovian steady state analysis of a fully quantum-mechanical atom laser model was carried out. It was demonstrated that a self-consistent Markov approximation is valid provided the laser is operating in a linewidth narrowing regime and the reservoir correlation time is sufficiently short. Furthermore, it was shown that the difference between the Born-Markov approximation and the more exact treatment is that the system frequency, occupation number, and effective damping may be shifted by the coupling process.

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M3 - Article

SN - 1050-2947

VL - 68

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IS - 6

M1 - 063611

ER -

Steady-state quantum statistics of a non-Markovian atom laser. II

Abstract

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