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WHAT IS ʋ? INVISIBLES12 and Alexei Smirnov Fest

11 June 2012 to 13 July 2012
The Galileo Galilei Institute for Theoretical Physics (GGI)
Europe/Zurich timezone

Contribution List

122 out of 122 displayed
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  1. 14. A large reactor mixing angle from Flavor models
    Martin Spinrath
  2. 118. A Minimal Model of Neutrino Flavor
    Dr Akin Wingerter (Ohio State University)
  3. 115. A review of Fermilab Long-Baseline Neutrino Program
    Brajesh Choudhary (University of Delhi (IN))
  4. 19. A SUSY SU(5) x T’ Unified
    Aurora Meroni (SISSA)
  5. 62. A(4), θ13 and CP violation
    Ernest Ma (University of California, Riverside)
  6. 111. Beyond dark matter detection with neutrino telescopes
    Sergio Palomares-Ruiz (IST)
  7. 0. Brane, Bulk and Superluminal Travel
    Thomas Weiler (Inst. fuer Experimentelle Kernphys.-Universitaet Karlsruhe-Karl)
  8. 92. Brief remarks & conclusions
    Alexei Smirnov (ICTP)
  9. 25. BSM and GUTs
    Andrea Romanino
  10. 6. Can heavy neutrinos dominate neutrinoless double beta decay?
    Jacobo Lopez Pavon (Durham University)
  11. 38. CERN node
    Dr Elena Wildner (CERN)
  12. 3. Coherence of Supernova Neutrinos
    Joern Kersten (University of Hamburg)
  13. 85. Collective neutrino flavor oscillations
    Dr Georg Raffelt (Max Planck Institut fuer Physik)
  14. 35. Columbia Univ./XENON node
    Laura Baudis (University of Zurich)
  15. 116. Complementary roles of a neutrino detector
    Hiroshi Nunokawa (Pontificia Universidade Catolica do Rio de Janeiro)
  16. 49. Conference presentation
    Belen Gavela (Universidad Autonoma de Madrid)
  17. 98. Constraining Neutrinos With BBN and the CMB
    Gary Steigman (Ohio State Univ)
  18. 34. Cosmological bounds on neutrino masses
    Jordi Salvado
  19. 95. Cosmological lepton asymmetry with a nonzero mixing angle theta_13
    Sergio Pastor (IFIC)
  20. 43. Delhi Node
    Brajesh Choudhary (University of Delhi (IN))
  21. 31. Detectors for Neutrino Physics
    Adam Para (Fermi National Accelerator Lab. (Fermilab)-Unknown-Unknown)
  22. 102. Discussion/Conclusions
    Boris Kayser
  23. 37. DM detection in a Radiative Neutrino Mass Model
    Takashi Toma
  24. 72. DM in BSM theories
    Laura Covi (Unknown)
  25. 80. DM via the Higgs portal
    Oleg Lebedev (Unknown)
  26. 21. Do the recent neutrino oscillation, LHC and Fermi results indicate a framework?
    Dr Martti Raidal (Nat. Inst. of Chem.Phys. & Biophys. (EE))
  27. 114. Electroweak corrections for the LHC
    Aneesh Manohar (UCSD)
  28. 33. EU nodes overview/Madrid premeeting resume
    Silvia Pascoli (University of Durham (GB))
  29. 93. Exp. Cosmology update
    Licia Verde (ICREA & ICC)
  30. 67. Exp. Review on LFV
    Yoshitaka Kuno (Osaka University)
  31. 60. Exp. review on LHC data
    Andrew J Lankford (University of California, Irvine)
  32. 59. Exp. review on neutrinoless double beta decay
    Laura Baudis (University of Zurich)
  33. 50. Exp. review – accelerators
    Chris Walter (Duke University)
  34. 51. Exp. review – reactors
    Yifang Wang (Daya Bay)
  35. 55. Experimental status of LSND and reactor anomalies, and future prospects for sterile neutrino searches
    Steve Brice (Fermilab)
  36. 41. Fermilab Node
    Stephen Parke (Fermi National Accelerator Lab. (US))
  37. 8. Fermionic dark matter via Higgs portal
    Laura Lopez Honorez (MPI Heidelberg)
  38. 10. Fingerprinting Dark Energy: distinctive marks of viscosity
    Elisabetta Majerotto (UAM)
  39. 110. Flavor symmetries - finding tests and alternatives
    Heinrich Paes (University of Alabama)
  40. 89. Flavour structure from the seesaw
    Michael Schmidt (The University of Melbourne)
  41. 117. Gauge field as a dark matter candidate
    Yasaman Farzan (Unknown)
  42. 4. GLOBES
    Dr Patrick Huber (Univ. of Wisconsin)
  43. 40. Harvard Node
    Belen Gavela (Universidad Autonoma de Madrid)
  44. 48. High Energy Physics and Open Access: is the Scoap3 initiative proposed by CERN pushing the industry in the right direction?
    Enrico Maria Balli (Sissa Medialab)
  45. 44. HRI Node
    Sandhya Choubey (Harish Chandra Research Institute)
  46. 78. Inflation and Right-Handed Sneutrino as Thermal Dark Matter
    Apostolos Pilaftsis (University of Manchester)
  47. 47. Interacting dark matter contribution to the Galactic 511 keV gamma ray emission
    Aaron Vincent
  48. 45. Interplay between direct detection and collider for neutralino dark matter
    Giorgio Arcadi
  49. 46. Iran Node
    Yasaman Farzan (Unknown)
  50. 96. Leptogenesis confronting neutrino data
    Pasquale Di Bari (Unknown)
  51. 119. Leptogenesis with small violation of B-L
    Nuria Rius (Valencia University)
  52. 120. Lepton flavor violation in minimal flavor violation extensions of the seesaw
    Enrico Nardi (INFN)
  53. 22. Lepton Mixing and Lepton Flavour Violation in Holographic Composite Higgs
    Ms Claudia Hagedorn (Max-Planck-Institut fuer Kernphysik)
  54. 68. LFV - theory
    Ana Teixeira (LPC Clermont)
  55. 103. MFV in the leptonic sector with two Higgs doublets
    Margarida Nesbitt Rebelo Da Silva (Instituto Superior Tecnico (IST))
  56. 107. Minimal 3+2 neutrino model versus oscillation anomalies
    Prof. Pilar Hernandez (University of Valencia)
  57. 29. Neutrino cosmology
    Haim Goldberg (Northwestern U)
  58. 121. Neutrino diffraction: finite-size corrections to Fermi´s Golden rule
    Kenzo Ishikawa
  59. 69. Neutrino Flavour Models and Impact on LFV
    Luca Merlo (CERN)
  60. 91. Neutrino mass models – an S0 (10) perspective
    Rabindra Mohapatra (U)
  61. 109. Neutrino masses and TeV scale: going beyond the tree-level d=5 operator
    florian Bonnet (INFN Sezione di Padova)
  62. 90. Neutrino Oscillation and Neutrino Velocity
    Hisakazu Minakata (Tokyo Metropolitan University)
  63. 39. Neutrino Physics from recent Cosmological data
    Maria Archidiacono
  64. 108. Neutrino wakes in LSS
    Carlos Peña Garay (Univ de Valencia)
  65. 65. Neutrinos and extra dimensions
    renata zukanovich funchal (Universidade de São Paulo)
  66. 104. Neutrinos from Gamma-Ray Bursts, and tests of the cosmic ray paradigm
    Walter Winter (Wurzburg University)
  67. 12. Neutrinos from the Fermi Bubbles
    Prof. Cecilia Lunardini (University of Washington - Seattle)
  68. 63. Neutrinos, GUTs and the Early Universe
    Stefan Antusch (MPI of Physics, Munich)
  69. 16. New Physics Beyond Flavour Dogmas
    Gustavo Branco (Technical University of Lisbon)
  70. 32. New physics effects in neutrino fluxes from cosmic accelerators
    Mehta Poonam (Univ of Delhi)
  71. 106. News about $nu$s
    Elizabeth Jenkins (Univ of California)
  72. 17. Nus in Astroph and Cosmology
    Dr Georg Raffelt (Max Planck Institut fuer Physik)
  73. 20. Nus in Astroph and Cosmology
    Dr Georg Raffelt (Max Planck Institut fuer Physik)
  74. 28. Nus in Astroph and Cosmology
    Dr Georg Raffelt (Max Planck Institut fuer Physik)
  75. 18. On the Potential of Lepton Minimal Flavour Violation
    Rodrigo Alonso (UAM)
  76. 83. Paradoxes of Neutrino Oscillations
    Evgeny Akhmedov (MPG)
  77. 82. Past, Present and Future of Neutrino Oscillation Experiments
    Yoichiro Suzuki (Institute for Cosmic Ray Research, Univ. of Tokyo)
  78. 2. Perturbations to mu-tau symmetry in neutrino mixing
    Dany Marfatia (University of Kansas)
  79. 56. Phenomenological implications of large 13 : CP and hierarchy
    Enrique Fernandez Martinez
  80. 54. Physics of Neutrino Oscillations and Flavour Conversion I
    Alexei Smirnov (ICTP)
  81. 64. Physics of Neutrino Oscillations and Flavour Conversion II
    Alexei Smirnov (ICTP)
  82. 75. Physics of Neutrino Oscillations and Flavour Conversion III
    Alexei Smirnov (ICTP)
  83. 97. Physics of Neutrino Oscillations and Flavour Conversion IV
    Alexei Smirnov (ICTP)
  84. 81. Presentation
    Michele Frigerio (IFAE, UAB, Barcelona)
  85. 9. Probing non-standard neutrino properties with dark matter detectors
    Maxim Pospelov (University of Victoria)
  86. 13. Pseudo Nambu-Goldstone bosons and dark matter candidates
    Michele Frigerio (IFAE, UAB, Barcelona)
  87. 15. Quark and Lepton Flavour
    Boris Kayser
  88. 24. Quark and Lepton Flavour
    Boris Kayser
  89. 5. Reactor neutrino fluxes
    Patrick Huber (Virginia Tech)
  90. 73. Review on Asymmetric Dark Matter
    Mr Mattias Blennow (Royal Institute of Technology)
  91. 70. Review on DM searches
    Marc Schumann (Univ of Zurich)
  92. 52. Review on global fits
    Thomas Schwetz-Mangold (Max-Planck-Gesellschaft (DE))
  93. 94. Review on  masses from cosmology
    Alessandro Melchiorri (Univ Roma i La Sapienza)
  94. 42. Ring-like and aberration patterns in directional dark matter detection
    Nassim Bozorgnia
  95. 23. S_3 and the angle θ13
    Dr Liliana Velasco-Sevilla (University of Minnesota)
  96. 88. Solar neutrinos and neutrino physics in Brazil
    Pedro de Holanda (Unicamp)
  97. 26. Some comments on the flavor mix and magnitude of High Energy Astrophysical Neutrino fluxes
    sandip pakvasa (university of hawaii)
  98. 11. Standard Model ++
    Luis Anchordoqui (University of Wisconsin-Milwaukee)
  99. 87. Sterile Neutrinos
    Michele Maltoni (Unknown)
  100. 74. Sterile Neutrinos as warm dark matter
    Prof. Manfred Lindner (Max Planck Institut fuer Kernphysik, Heidelberg, Germany)
  101. 100. Sterile neutrinos in Icecube
    Sandhya Choubey (Harish Chandra Research Institute)
  102. 76. Sterile neutrinos: the dark side of the light fermions
    Alexander Kusenko (UCLA)
  103. 113. Strong Higgs dynamics with MFV
    Juan Yepes (Instituto de Física Teórica UAM/CSIC)
  104. 101. Superluminal Nus
    Andy Cohen (Boston Univ)
  105. 86. Supernova Neutrinos
    Amol Dighe (Unknown)
  106. 61. Tests of neutrino masses at the LHC
    Prof. Mu-Chun Chen (University of California at Irvine)
  107. 58. The challenges and opportunities of future LBL facilities
    Dr Elena Wildner (CERN)
  108. 79. The four basic ways of creating dark matter through a portal
    Thomas Hambye (Univ. L. Brussels)
  109. 112. The Majorana bubble. Dreams, propaganda in facts in bbonu landscape
    Juan Jose Gomez Cadenas (Universidad de Valencia (ES))
  110. 71. The saga of light WIMPS in direct dark matter searches
    Graciela Gelmini (Unknown)
  111. 27. The von Dyck symmetries and mixing
    Daniel Hernandez
  112. 53. Theoretical implications of large 13
    Steve King
  113. 30. Theoretical uncertainties in diffuse gamma-ray constraints on dark matter
    Steve Blanchet (Ecole Polytechnique Federale de Lausanne)
  114. 36. Tokyo(ICCR-IPPMU) node
    Prof. Pilar Hernandez (University of Valencia)
  115. 84. UHE cosmic neutrinos: failures and hopes
    Venya Berezinsky (INFN Laboratori Nazionali del Gran Sasso)
  116. 105. Ultra.high energy neutrino searches
    Christoph Luhn (University of Durham)
  117. 66. Uncovering Multiple CP Violating Mechanisms of bb0nu-Decay
    Prof. Serguey Petcov (SISSA)
  118. 99. Using neutrino telescopes to learn about particle physics, astrophysics and cosmology
    Irina Mocioiu (Pennsylvania State University)
  119. 1. Vectorlike matter and grand unification
    Borut Bajc (J. Stefan Institute, Ljubljana)
  120. 57. Very Low-energy seesaw and perspective on sterile neutrinos
    Andre De Gouvea (Unknown)
  121. 7. What is nu? news from cosmology
    Raul Jimenez (Cern)
  122. 77. When Astrophysics starts to constrain the Supersymmetric parameter space: what is left for the neutralino?
    Celine Boehm (LAPP-Laboratoire d'Annecy-le-Vieux de Physique des Particules ()