23–27 nov. 2015
IPNL
Fuseau horaire Europe/Paris

Liste des Contributions

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  1. Dr Nazila Mahmoudi (LPC Clermont)
    23/11/2015 09:00
  2. Dr Christoph Langenbruch (University of Warwick)
    23/11/2015 09:10
  3. Francesco Dettori (CERN)
    23/11/2015 09:40
  4. Aoife Bharucha (CPT, Marseille)
    23/11/2015 10:40
  5. Dr Javier Virto (University of Siegen)
    23/11/2015 11:10
  6. Siavash Neshatpour (Institute for Research in Fundamental Sciences (IPM))
    23/11/2015 11:40
  7. Diego Guadagnoli (LAPTh Annecy)
    23/11/2015 14:00
  8. Giancarlo D'AMBROSIO
    23/11/2015 14:30
  9. Patrick Owen, Petridis Konstantinos
    23/11/2015 15:00
  10. 23/11/2015 16:30
  11. Mme Yasmine Amhis (lhcb)
    24/11/2015 09:00
  12. Dr Martin Jung (TUM IAS / Excellence Cluster Universe)
    24/11/2015 09:30
  13. Giulia RICCIARDI
    24/11/2015 10:30
  14. Dr Mikhail Barabanov (JINR)
    24/11/2015 11:00
  15. 24/11/2015 11:30
  16. Prof. George W.S. Hou (National Taiwan University)
    24/11/2015 14:00
  17. Martin Gonzalez-Alonso (IPN Lyon)
    24/11/2015 14:30
  18. Stefan DE BOER
    24/11/2015 15:00
  19. 24/11/2015 15:30
  20. 24/11/2015 16:30
  21. Mikolaj MISIAK
    25/11/2015 09:00
  22. Tobias HURTH
    25/11/2015 09:45
  23. Prof. Joaquim Matias (Universitat Autonoma Barcelona)
    25/11/2015 11:00
  24. Dr Cedric Delaunay (LAPTH)
    25/11/2015 11:45
  25. Prof. Gabriele Ferretti
    25/11/2015 14:00
  26. Mme Helene Gertov
    25/11/2015 14:45
    The Higgs as a pseudo Goldstone Boson is not only possible in a composite scenario but also possible in an elementary scenario. In the elementary scenario the theory is both renormalizable and perturbative, which means that the quantum corrections can be calculated using the Coleman-Weinberg potential while permitting to explore the underlying parameter space. By characterising the available...
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  27. Christoph Niehoff (Excellence Cluster Universe, TUM)
    25/11/2015 15:30
    Direct searches for fermion and vector boson resonances, as well as indirect constraints from precision measurements are both important tools to test the predictions of composite Higgs models. A novel numerical technique allows us to take into account many direct and indirect constraints in a single framework. I will present results from applying our method to a class of four-dimensional...
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  28. Prof. Seung J. Lee
    25/11/2015 16:30
  29. Dr Alberto Parolini
    26/11/2015 09:00
  30. 26/11/2015 09:20
  31. Prof. George Hou
    26/11/2015 10:30
    There is nothing wrong with a 4th generation of quarks, except for the Higgs cross section. Along the recent questioning of the nature of "Higgs boson" by Phil Anderson, we advocate that what is observed may still be a Dilaton. This may seem to run against the recent ATLAS-CMS combination that claims VBF to be above 5sigma. We caution that combining potential bias(es) is dangerous, while the...
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  32. Dr Thomas Flacke
    26/11/2015 11:20
    Abstract: We discuss several new search strategies for heavy vector-like quark partners at the early stages of the LHC run-II. Run-II will have sensitivity to single- and pair-produced quark partners with masses beyond 1 TeV. Decays of such heavy particles yield highly boosted tops, Higgses, and weak gauge bosons, all of which decay dominantly hadroni- cally. At low boost, hadronic final...
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  33. 26/11/2015 11:50
  34. Oleg Antipin (CP3-Origins, University of Southern Denmark)
    26/11/2015 14:00
  35. Dr Jarno Rantaharju
    26/11/2015 14:45
    Four fermion interactions occur naturally in several extensions of the Standard Model as a low energy description of a more fundamental theory. In models of dynamical electroweak symmetry breaking, they are used to provide Standard Model fermion masses. When sufficiently strong, these operators can drastically alter the fundamental composite dynamics. For example, they can, turn an infrared...
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  36. Prof. Francesco Sannino, Dr Jarno Rantaharju
    26/11/2015 15:15
  37. Prof. Domenec Espriu (ICCUB-Universitat de Barcelona)
    26/11/2015 16:30
    A diboson excess has been observed ---albeit with very limited statistical significance--- in WW, WZ and ZZ final states at the LHC experiments using the accumulated 8 TeV data. Assuming that these signals are due to resonances resulting from an extended symmetry breaking sector in the standard model and exact custodial symmetry we determine using unitarization methods the values of the...
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  38. 26/11/2015 17:00
  39. Dr Cedric Delaunay (LAPTH), Dr Michele Frigerio (Laboratoire Charles Coulomb, CNRS)
    27/11/2015 09:00
  40. Dr Luca Vecchi
    27/11/2015 10:30
  41. 27/11/2015 11:00
  42. Prof. Domenec Espriu (ICCUB-Universitat de Barcelona)
  43. Prof. Joaquim Matias (Universitat Autonoma Barcelona)
  44. Mikolaj misiak