14–20 oct. 2018
VVF Villages Lège-Cap-Ferret
Fuseau horaire Europe/Paris

Liste des Contributions

65 sur 65 affichés
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  1. Sabrina Sacerdoti (LAL)
    15/10/2018 09:00
  2. latifa khalil
    15/10/2018 09:30
  3. Christina Agapopoulou (LAL)
    15/10/2018 10:00
  4. Edgar Barlerin
    15/10/2018 11:00
  5. Mara Corbetta
    15/10/2018 11:30
  6. Bing LIU (Institut de Physique Nucléaire de Lyon)
    15/10/2018 12:00
  7. Joao Coelho (LAL)
    15/10/2018 14:00
  8. Boris Quintana (LPC Clermont / Université Clermont-Auvergne)
    15/10/2018 14:30
  9. Dawid Gerstel (Aix Marseille Univ, CNRS/IN2P3, CPPM, Marseille, France)
    15/10/2018 15:00
  10. Mickael Rigault (LPC)
    15/10/2018 16:00
  11. Florian Mondon (LPC)
    15/10/2018 16:30
  12. Martin Briday
    15/10/2018 17:00
  13. Gabriel Moreau (Université Paris Diderot)
    15/10/2018 17:30
  14. Laura Zambelli (LAPP)
    16/10/2018 09:30
  15. Cloé Girard-Carillo
    16/10/2018 10:00
  16. Hichem TEDJDITI ({PRES AIX-MARSEILLE UNIVERSITE}UMR7346)
    16/10/2018 11:00
  17. Axel Pin (CENBG)
    16/10/2018 11:30
  18. Lucia Caceres (CEA-GANIL)
    16/10/2018 14:00
  19. Blaise-Maël RETAILLEAU (GANIL)
    16/10/2018 14:30
  20. Duy Duc Dao (CENBG, University of Bordeaux)
    16/10/2018 15:00
  21. Quentin Deshayes (CEA)
    16/10/2018 15:30
  22. Eric Veyssy
    16/10/2018 16:30
  23. Rachel Delorme (IMNC, UMR 8165-CNRS/IN2P3, Université Paris-Saclay, 91405 Orsay, France)
    17/10/2018 08:30
  24. Enzo Fabiani
    17/10/2018 09:00

    25 min présentation + 5 min questions

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  25. Erwan Olivier (CELIA)
    17/10/2018 09:30
  26. Mario Enrique Alcocer Avila (CELIA)
    17/10/2018 10:30
  27. Eva TORFEH
    17/10/2018 11:00
  28. Jayde Livingstone (LPSC)
    17/10/2018 11:30
  29. Julien Masbou (SUBATECH)
    18/10/2018 09:10
  30. Gabriel Emery (LPNHE), Marion Jacob, Quentin Piel (CNRS - LAPP)
    18/10/2018 09:40
  31. Marion Jacob
    18/10/2018 10:00
  32. Gabriel Emery (LPNHE)
    18/10/2018 10:25
  33. Quentin Piel (CNRS - LAPP)
    18/10/2018 11:20
  34. Arnaud MARES (CENBG)
    18/10/2018 11:45
  35. Reina Camacho Toro (LPNHE)
    18/10/2018 14:00
  36. konie al khoury (LAL)
    18/10/2018 14:30
  37. hicham atmani (L.A.L)
    18/10/2018 15:00
  38. Mykola Khandoga (CEA)
    18/10/2018 16:00
  39. Giovanni Bartolini (CPPM, Aix-Marseille Université, CNRS/IN2P3 (FR))
    18/10/2018 16:30
  40. Merve Nazlim Agaras
    18/10/2018 17:00
  41. Guillaume Bourgatte (CMS)
    18/10/2018 17:30
  42. Cristina Martin Perez (LLR, IN2P3, CNRS)
    18/10/2018 18:00
  43. Simon Villain-Guillot
    18/10/2018 18:15
  44. Loic VALERY (DESY)
    19/10/2018 09:30
  45. Chloe Therreau (Subatech-CNRS)
    19/10/2018 10:00
  46. camille camen
    19/10/2018 11:00
  47. Yufeng WANG (LPNHE)
    19/10/2018 11:30

    A search for low-mass diphoton resonances is performed using 80 fb−1 of pp collision data collected with the ATLAS detector at the Large Hadron Collider. Pairs of isolated photon candidates with high transverse momentum are selected, probing the diphoton invariant mass spectrum in the range 65 to 110 GeV. No significant excess with respect to the Standard Model expectation is found, and a...

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  48. Laure MASSACRIER (Institut de Physique Nucléaire d'Orsay)
    19/10/2018 14:00
  49. Jan Maelger (Ecole Polytechnique/Paris Diderot)
    19/10/2018 14:30
  50. Charles-Joseph Naïm (CEA/IRFU/ - LLR)
    19/10/2018 15:00
  51. Chloe Therreau (Subatech-CNRS)
  52. Quentin Piel (CNRS - LAPP)
  53. Loic VALERY (DESY)
  54. Julien Masbou (SUBATECH)
  55. Gabriel Emery (LPNHE), Marion Jacob, Quentin Piel (CNRS - LAPP)
  56. Guillaume Bourgatte (CMS)
  57. Cristina Martin Perez (LLR, IN2P3, CNRS)
  58. Marion Jacob
  59. camille camen
  60. Yufeng WANG (LPNHE)
  61. Grigore Tarna (CPPM, Aix-Marseille Université, CNRS/IN2P3 (FR) / IFIN-HH Bucharest (RO))
  62. Grigore Tarna (CPPM, Aix-Marseille Université, CNRS/IN2P3 (FR) / IFIN-HH Bucharest (RO))

    Flavor-changing neutral currents are not present in the Standard Model at tree level and are suppressed in loop processes by the unitarity of the Cabibbo-Kobayashi-Maskawa matrix; the corresponding rates for top quark decay processes are experimentally unobservable. Extensions of the Standard Model can generate new flavor-changing neutral current processes, leading to signals which, if...

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  63. Gabriel Emery (LPNHE)
  64. Arnaud MARES (CENBG)