ENIGMASS Aurélien Barrau, Grenoble, France

SNLS, Astier et al. WMAP, 5 ans SDSS, Eisenstein et al Aurélien Barrau, Grenoble, France Cette année, 1) appel à propositions, 2) présélection des sujets : propositions retenues : - E. Tournefier / Guadagnoli / Minard : Study of Radiative decays of beautiful hadrons with the LHCb detector - D. Maurin : Cosmic-ray propagation and dark matter indirect detection with AMS-02 - V.Poireau : Indirect search for dark matter and study of primary sources of positrons and electrons coming from astrophysical sources - P. Salati : Dark matter, cosmic rays and LHC - P. Serpico / G. Lammana : Deciphering extragalactic gamma-ray sources - R. Gouaty / B. Mours : Preparation of Advanced Virgo: upgrade of the detection system - I. Wingerter-Sez : Higgs-line boson properties measurements Electromgnetic calorimeter calibration - A. Lucotte / Lleres : ATLAS/top - S: Kraml : Implications of the 126 GeV Higgs boson for physics beyond the Standard Model - E. Sokatchev : Amplitudes and Integrability - D. Duchesneau/Del Amo Sanchez : Experimental Neutrino physics non retenues : - P. Ghez / Lees : Observation of the B0 → J/ψ π0 and B0 → J/ψ η decays in the LHCb experiment - M. Brinet / I. Schienben : High precision QCD - H. Przysiezniak Frey : Search for new phenomena at the LHC, in the context of Extra Dimensional models and SUSY, with high momentum photons and/or leptons associated to missing transverse energy - L. Derome : Galactic Cosmic Rays with AMS-02 - D. Guadagnoli : Interrogating the “brothers of the Higgs” -E. Ragoucy : Quantum spin chains in integrable systems  AVIS DU CONSEIL SCIENTIFIQUE

SNLS, Astier et al. WMAP, 5 ans SDSS, Eisenstein et al Aurélien Barrau, Grenoble, France 3) Diffusion des sujets retenus, appel à candidature des étudiants. Résultats: Indirect search for dark matter and study of primary sources of positrons and electrons coming from astrophysical sources  3 candidats Higgs-like boson properties  1 candidat Study of Radiative decays of beautiful hadrons with the LHCb detector  3 candidats Implications of the 126 GeV Higgs boson for physics beyond the Standard Model  4 candidats Cosmic-ray propagation and dark matter indirect detection with AMS-02  2 candidats Dark matter, cosmic rays and LHC  3 candidats Amplitudes and Integrability  6 candidats Preparation of Advanced Virgo: upgrade of the detection system  3 candidats Deciphering extragalactic gamma-ray sources  3 candidats Experimental Neutrino physics  3 candidats

Alam et al., MNRAS 344 (2003) ) Classement par les « directeurs de thèses » 5) Résultats (comité incluant des extérieurs) : a)Leo Beaucourt (Clermont)  LAPP, LHCb b) Jeremy Bernon (PSA)  LPSC, Théorie c) Dimitry Chicherin (Russe)  LAPTH, Amplitudes et intégrabilité