15–22 mars 2014
Fuseau horaire Europe/Paris

Session

Physics of the Scalar Boson

s4
20 mars 2014, 08:30

Description

Thursday March 20th: Physics of the Scalar Boson

Documents de présentation

Aucun document.

  1. Dr Sforza Federico (CDF)
    20/03/2014 08:30
    Experiment
    Ordinary
    We present the study of the SM Higgs properties obtained from the combined analysis of the up-to 10 fb-1 dataset collected by the CDF and D0 experiments during the ppbar collision at 1.96 TeV center-of-mass energy of Tevatron Run II. The observed local significance for the SM Higgs boson signal is of 3.0 sigma at mH=125 GeV. After a brief review of analysis channels contributing the most,...
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  2. M. Alex Pomarol (Barcelona Univ. Spain)
    20/03/2014 08:50
    Ordinary
  3. Cristina Botta (CERN)
    20/03/2014 09:15
    Ordinary
  4. Eve Le Menedeu (IFAE (Barcelona) Institut de Física d'Altes Energies)
    20/03/2014 09:35
    Ordinary
  5. Roberto Covarelli (University of Rochester)
    20/03/2014 10:15
    Experiment
    Ordinary
    Constraints on Higgs-boson total width using H*(126) --> ZZ events
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  6. Eilam Gross (Weizmann Institute)
    20/03/2014 10:35
    Ordinary
  7. Pasquale Musella (CERN)
    20/03/2014 10:55
    Ordinary
  8. Dr Martti Raidal (NICPB)
    20/03/2014 11:15
    Theory
    Ordinary
    I present global fits to all available (pre-Moriond) scalar boson data from the LHC and Tevatron. The result implies metastable Standard Model scalar potential with a global minimum above the Planck scale with the statistical significance at 3 sigma level. I discuss implications of the BEH boson properties for our understanding of physics beyond the Standard Model.
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  9. Dr Paul Thompson (University of Birmingham)
    20/03/2014 17:20
    Ordinary
  10. Prof. martin schmaltz (boston university)
    20/03/2014 17:40
    Ordinary
  11. Dr Kristjan Kannike (NICPB, Estonia)
    20/03/2014 18:15
    Theory
    Ordinary
    I show that the most minimal completion of the Standard Model with stable vacuum is obtained by extending it with one complex singlet scalar. The model contains a stable Dark Matter candidate due to CP conservation without imposing additional discrete symmetries, and may accommodate inflation at the same time.
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