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SUMMARY:Temporal correlations\, non-Gaussianityand imaging using quantum e
 mitters
DTSTART:20260204T090000Z
DTEND:20260204T120000Z
DTSTAMP:20260515T110200Z
UID:indico-event-9536@indico.fysik.su.se
DESCRIPTION:Speakers: Jaewon Lee (Stockholm University)\n\nAbstractThis th
 esis addresses four key contributions. First\, we investigated how tem-por
 al correlations and dephasing in a quantumdot photon-pair source affecttwo
 -photon interference\, analyzing these effects through multiple approaches
 \,including thesensor method\, temporal post-selection\, and temperature v
 aria-tion under constant temporal correlations. Second\, weimplemented a m
 ethodbased on low-quality factor micropillar cavities to enhance collectio
 n effi-ciency for photon pairs.This approach is based on relatively simple
  fabrica-tion method and achieves high collection efficiency without solel
 yrelying onstrong Purcell enhancement\, in contrast to conventional concep
 t. Third\, wepresented non-Gaussianity criteriathat explicitly account for
  optical losses\,enabling reliable characterization of photon states\, and
  we experimentally verifiedthe presence of non-Gaussianity using a quantum
  dot photon-pair source.Finally\, we introduced a deep-learning-basedsuper
 -resolution imaging tech-nique that accurately reconstructs images of quan
 tum dots with high resolu-tion withoutprior system knowledge\, even in hig
 h-density and noisy environ-ments.Together\, these results offer practical
  solutions foradvancing quantum dotphoton sources suitable for emerging qu
 antum technologies.\n\nhttps://indico.fysik.su.se/event/9536/
LOCATION:ALB Hörsal 6 (Casesal)\, Albanovägen 10 (Albano Building 4)
URL:https://indico.fysik.su.se/event/9536/
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