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Accueil > Thèses, Stages, Formation et Enseignement > Propositions de thèses 2024
Propositions de thèses 2024
par Tristan Beau - 11 décembre 2023
Caution ! This section is under definition. Please go back in few days to have proper and validated informations about our thesis
Read carefully !
Several possibilities for fundings do exist : successful application to the competitive entrance examination of an Ecole Doctorale, SU Inititiative IPI, grants by ANR, Région Ile de France, etc.
Students interested by a particular topic are invited to contact the advisor(s) who will explain the possible options. LPNHE should get between 4 and 6 grants for these following proposals.
A pre-PhD internship is proposed for each and every topic listed below.
List of PhD proposals for a start in October 2024
PhD titles which appear in green characters are funded PhD. Contact the supervisor for more information about the grant.
In the MIF scientific team :
- Quantifying ML uncertainties in searches for new physics at the LHC
- Study and realization of a High Granularity Timing Detector (HGTD) for the ATLAS detector at the High Luminosity phase of the LHC.
- Search for long-lived axion particles at the LHC in the ATLAS experiment with fulll LHC Run 3 dataset
In the AMA scientific team :
- Préparation de la reconstruction et des analyses d’oscillation pour Hyperk-Kamiokande
- 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
- Neutrino-nucleus interactions measurements with the T2K Near Detector upgrade and their impact on the precision measurements with Hyper-Kamiokande
In the RCMN scientific team :
- Transient gamma sky with the future Cherenkov Telescope Array and validation tests with the NectarCAM camera
- Implémentation et évaluation de techniques d’Intelligence Artificielle pour l’analyse temporelle des sources gamma de haute énergie avec H.E.S.S. et CTA - Implementation and Evaluation of Artificial Intelligence Techniques for the Temporal Analysis of High-Energy Gamma Sources with H.E.S.S. and CTA
- Light dark matter search in XENONnT experiment and the challenge of single electron background
- Measurement of solar pp neutrinos flux in XENONnT and development of new electrodes for DARWIN
In the COEN scientific team :
- Beyond standard galaxy clustering analysis with the DESI BGS
- First light of the Rubin Observatory / LSST : toward the next generation of cosmological constrains.
Grants from Ecole Doctorale
In case of an application for a grant with an Ecole Doctorale, the grants will be distributed over competitive entrance examinations. We’ll give further informations later about this procedure.
Dans la même rubrique :
- Transient gamma sky with the future Cherenkov Telescope Array and validation tests with the NectarCAM camera
- Implémentation et évaluation de techniques d’Intelligence Artificielle pour l’analyse temporelle des sources gamma de haute énergie avec H.E.S.S. et CTA - Implementation and Evaluation of Artificial Intelligence Techniques for the Temporal Analysis of High-Energy Gamma Sources with H.E.S.S. and CTA
- 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
- First light of the Rubin Observatory / LSST : toward the next generation of cosmological constrains.
- Light dark matter search in XENONnT experiment and the challenge of single electron background
- Measurement of solar pp neutrinos flux in XENONnT and development of new electrodes for DARWIN