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SUMMARY:Quantum optics with artificial atoms: From phonon tuned single pho
 ton sources to high temperature emission of indistinguishable photons
DTSTART:20160404T111500
DTEND:20160404T121500
DTSTAMP:20260602T184240Z
UID:2f434c27ce5d512c745891df49fd1143496437e62b8c95aaf31ef0a0
CATEGORIES:Conferences - Seminars
DESCRIPTION:Dr. Alexia Auffèves (CNRS - Institut Néel\, Grenoble\, Franc
 e)\nContrary to natural atoms\, artificial atoms are always coupled to a 
 solid-state environment\, e.g. wandering carriers or phononic vibrations o
 f the matrix they are embedded in. Because of the decoherence it induces\
 , this environment has historically played the role of the villain\, that
  alters the potential of the emitter for quantum information purposes. I 
 will review theoretical proposals and recent experimental developments sh
 owing that cavity QED can be used to exploit such decoherence\, to develo
 p advanced photonic devices operating at finite temperature.\nReferences:
 \n[1] Auffèves\, Gérard\, Poizat\, Pure dephasing : a resource for advan
 ced solid-state single photon sources\, Phys. Rev. A 79\, 053838 (2009).\
 n[2] Grange\, Hornecker\, Hunger\, Poizat\, Gérard\,Senellart\,Auffèves\
 , Cavity-Funneled Generation of Indistinguishable Single Photons from Str
 ongly Dissipative Quantum Emitters\, Phys. Rev. Lett. 114\, 193601 (2015)
 .\n[3] Portalupi\, Hornecker\, Giesz\, Grange\, Lemaître\, Demory\, Sagne
 s\, Lanzillotti-Kimura\, Lanco\, Auffèves\, Senellart\, Bright Phonon-Tu
 ned Single-Photon Source\, Nanoletters 10.1021 (2015).
LOCATION:PH L1 503 http://plan.epfl.ch/?request_locale=en&room=ph+l1+503&d
 omain=places
STATUS:CONFIRMED
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