Gigahertz optical memory with up to 20 dB gain via molecular quenching in caesium vapour

Sarah Thomas; JHD Munns; KT Kaczmarek; C Qiu; B Brecht; A Feizpour; PM Ledingham; IA Walmsley; J Nunn; DJ Saunders

Gigahertz optical memory with up to 20 dB gain via molecular quenching in caesium vapour

Sarah Thomas, JHD Munns, KT Kaczmarek, C Qiu, B Brecht, A Feizpour, PM Ledingham, IA Walmsley, J Nunn, DJ Saunders

Department of Physics

Research output: Working paper / Preprint › Working paper

Original language	English
Publisher	arXiv
Pages	1610.03743
Publication status	Published - 2016

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title = "Gigahertz optical memory with up to 20 dB gain via molecular quenching in caesium vapour",

author = "Sarah Thomas and JHD Munns and KT Kaczmarek and C Qiu and B Brecht and A Feizpour and PM Ledingham and IA Walmsley and J Nunn and DJ Saunders",

year = "2016",

language = "English",

pages = "1610.03743",

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TY - UNPB

T1 - Gigahertz optical memory with up to 20 dB gain via molecular quenching in caesium vapour

AU - Thomas, Sarah

AU - Munns, JHD

AU - Kaczmarek, KT

AU - Qiu, C

AU - Brecht, B

AU - Feizpour, A

AU - Ledingham, PM

AU - Walmsley, IA

AU - Nunn, J

AU - Saunders, DJ

PY - 2016

Y1 - 2016

UR - https://arxiv.org/abs/1610.03743

M3 - Working paper

SP - 1610.03743

BT - Gigahertz optical memory with up to 20 dB gain via molecular quenching in caesium vapour

PB - arXiv

ER -

Gigahertz optical memory with up to 20 dB gain via molecular quenching in caesium vapour

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