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53rd Rencontres de Moriond - EW 2018

10–17 mars 2018
Fuseau horaire Europe/Paris

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Session

Friday morning: Neutrinos (ter)

S11
16 mars 2018, 08:30

Documents de présentation

Aucun document.

  1. 171. Searches for Tau Neutrinos from Oscillations with IceCube/DeepCore
    Michael Larson (Niels Bohr Institute)
    16/03/2018 08:30
    Ordinary

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  2. 231. Recent results from Antares and prospects for KM3NeT/ORCA
    Ronald Bruijn (NIKHEF - University of Asmterdam)
    16/03/2018 08:50
    Ordinary
  3. 127. Neutrino Tomography of the Earth with IceCube
    Dr Jordi Salvado (ICCUB)
    16/03/2018 09:15
    Ordinary

    The structure of the earth interior and in particular the earth's core is still a big puzzle. Propagation of seismic waves allow us to infer properties of the mantle and the superficial layers, but the core and the inner core remain almost unmeasured directly. In this talk I will show the first sensitive neutrino earth tomography result using one year of IceCube atmospheric neutrinos data.

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  4. 193. Heavy Neutral Leptons and displaced vertices at LHC
    Dr Xabier Marcano (LPT, Orsay)
    16/03/2018 09:35
    Ordinary

    Heavy neutral leptons, such as massive sterile neutrinos, are introduced in many beyond the Standard Model theories. Our aim is to study the potential of the LHC to produce and discover this kind of new particles. Moreover, and depending on their masses and couplings, they can be long-lived and lead to signatures with displaced vertices.

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  5. 179. Search for heavy neutral lepton/RH neutrinos/long-lived particles in CMS
    Giulia Negro
    16/03/2018 10:15
    Ordinary

    Comparison with dedicated efforts (SHiP, FCC-ee)

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  6. 126. Testable leptogenesis scenarios and phenomenological implications
    Jacobo Lopez Pavon (CERN)
    16/03/2018 10:35
    Ordinary

    The simplest extension of the SM that can account for neutrino masses consists in the addition of 2 right-handed neutrinos to the SM field content. In addition to the generation of the light neutrino mass and mixing pattern measured in neutrino oscillations, the low scale realization of the model provides an explanation for the matter-antimatter asymmetry of the Universe via ARS leptogenesis,...

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  7. 124. Results of Daya Bay on the reactor antineutrino fluxes and theta13 measurement
    Prof. Jiajie Ling (Sun Yat-Sen University)
    16/03/2018 10:55
    Ordinary

    Daya Bay reactor neutrino experiment has been taking data since the year of 2012 with eight antineutrino detectors deployed at three underground experimental halls at distances of ~400 m - 2000 m away from the six 2.9 GWth nuclear reactors. With millions of inverse beta decay candidate events and well controlled systematics, Daya Bay has measured the neutrino mixing angle theta13 at 4%...

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  8. 153. Status of the Reactor Antineutrino Anomaly
    Joachim Kopp (Max-Planck Institut für Kernphysik)
    16/03/2018 11:15
    Ordinary

    The observed antineutrino flux from nuclear reactors is consistently lower than predicted. This anomaly could hint at oscillations of active neutrinos into a new sterile neutrino species, or it could simply be a reflection of underestimated systematic uncertainties in the theoretical flux prediction. We review the status of both hypothesis in view of recent developments. In particular, we...

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  9. 230. Hadronic colliders probe neutrino mass
    Goran Senjanovic (ICTP Trieste)
    Ordinary
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