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Rubin LSST-France, CC-IN2P3 Lyon, 13-15/12/2023

13–15 déc. 2023
Centre de Calcul de l'IN2P3
Fuseau horaire Europe/Paris

Session

Parallel work sessions

14 déc. 2023, 11:30
Amphithéâtre (Centre de Calcul de l'IN2P3)

Amphithéâtre

Centre de Calcul de l'IN2P3

CC-IN2P3 / CNRS 21 Av. Pierre de Coubertin 69100 Villeurbanne N 45° 46.95 E 04°51.92

Présidents de session

Parallel work sessions: Supernovae

  • Benjamin Racine (CPPM/IN2P3/CNRS)

Parallel work sessions: Clusters

  • Marina Ricci

Parallel work sessions: Fink

  • Julien Peloton (CNRS-IJCLab)

Parallel work sessions: Camera and commissioning

  • thibault guillemin (LAPP)

Documents de présentation

Cluster parralel session
Commissioning parallel session
Fink parallel
  1. 14. Atmospheric calibration : One year of measuring atmospheric parameters with Auxtel Spectroscopy
    Dr Sylvie Dagoret (IJCLab)

    We will present measurements of atmospheric parameters obtained after fitting an atmospheric transmission model to the spectra of reference stars (CALSPEC) measured by the Auxtel telescope and reconstructed by the Spectractor program.

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  2. 38. Camera et commissioning
    thibault guillemin (LAPP)
  3. 37. Fink
    Dr Julien Peloton (CNRS-IJCLab)
  4. 33. ZTF instrument model
    Philippe Rosnet (Laboratoire de Physique de Clermont, Université Clermont Auvergne & CNRS/IN2P3)

    The ZTF-IN2P3 effort to achieve a photometric precision at the permile level for cosmology studies with type Ia supernova leads to the development of a model of the instrument. This model is used to extrapolate the measured filter transmission performed at normal incident angle by Caltech to the typical incident angle of the P48 Schmidt telescope used by ZTF.

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