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Accueil > Thèses, Stages, Formation et Enseignement > Propositions de thèses 2024 > First light of the Rubin Observatory / LSST : toward the next generation of cosmological constrains.
First light of the Rubin Observatory / LSST : toward the next generation of cosmological constrains.
par Tristan Beau - 10 novembre 2023
Titre : First light of the Rubin Observatory / LSST : toward the next generation of cosmological constrains.
Directrice/directeur de thèse : Pierre Antilogus
Groupe d’accueil :Groupe de Cosmologie
Webpage du projet : https://me.lsst.eu/antilog/thesis/F...
Collaboration : DESC-LSST
Description :
The telescope of the V.Rubin Observatory is a wide field 8m class telescope that will see its first light mid-2024 in Chile. It will play an unique role in observational cosmology through its Legacy Space and Time Survey (LSST) , which corresponds to a continuous deep full sky survey running for 10 years, starting in late 2025. The PhD will append during the V.Rubin Observatory first light and camera commissioning combined with the first LSST data. The proposed work will cover two aspects :
- 1) contributions to the camera and survey commissioning
- 2) contributions to the first cosmological analysis
Lieu(x) de travail : LPNHE , campus de Jussieu/Sorbonne Université , Paris
Déplacements éventuels : Oui , Chili ( 2 mois) + 1-2 meeting aux US
Stage proposé avant la thèse : Oui
Dans la même rubrique :
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- Recherche de la violation de la conservation de la saveur des leptons chargés avec l’expérience LHCb au CERN / Search for charged lepton flavour violation with the LHCb experiment at CERN
- Study and realization of a High Granularity Timing Detector (HGTD) for the ATLAS detector at the High Luminosity phase of the LHC.
- Beyond standard galaxy clustering analysis with the DESI BGS
- Neutrino-nucleus interactions measurements with the T2K Near Detector upgrade and their impact on the precision measurements with Hyper-Kamiokande
- Préparation de la reconstruction et des analyses d’oscillation pour Hyperk-Kamiokande
- Quantifying ML uncertainties in searches for new physics at the LHC
- Search for long-lived axion particles at the LHC in the ATLAS experiment with fulll LHC Run 3 dataset
- Light dark matter search in XENONnT experiment and the challenge of single electron background
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