10–17 mars 2018
Fuseau horaire Europe/Paris

Session

Friday afternoon: Cosmic rays and gravitation

S12
16 mars 2018, 17:00

Documents de présentation

Aucun document.

  1. David Lhuillier (CEA Saclay)
    16/03/2018 17:00
    Ordinary

    Brief overview of the sterile neutrino searches at reactors and release of the first results of the STEREO experiment.

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  2. Massimiliano Lattanzi (Istituto Nazionale di Fisica Nucleare)
    16/03/2018 17:20
    Ordinary

    Cosmological observations represent a powerful tool to constrain neutrino physics, complementary to laboratory experiments. In particular, observations of the cosmic microwave background (CMB) have the potential to constrain the properties of relic neutrinos, as well as of additional light relic particles in the Universe. I will present current constraints on neutrino properties, including...

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  3. Riccardo Torre (EPFL, Lausanne)
    16/03/2018 17:40
    Ordinary
  4. Martina Bohacova (Institute of Physics, Prague)
    16/03/2018 18:00
    Ordinary

    Ultrahigh energy cosmic rays are the most energetic particles observed,
    reaching orders of magnitude above the LHC energy range.
    The Pierre Auger Observatory, located in Mendoza province, Argentina
    is the largest Ultrahigh energy cosmic ray observatory in the world.
    Since the start of operation in 2004 the Observatory has reached
    unprecedented exposure and the high-quality data set spans...

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  5. Dr Xiang Li (Purple Mountain Observatory, CAS)
    16/03/2018 18:40
    Ordinary

    DAMPE Mission and Its First Results

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  6. Yoann GÉNOLINI (LAPTh)
    16/03/2018 19:00
    Ordinary

    I will give a critical point of view on the theories trying to explain the DAMPE "excesses".

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  7. Giancarlo Cella (INFN Pisa)
    16/03/2018 19:25
    Ordinary
  8. Jose Maria Ezquiagada (UAM)
    16/03/2018 19:45
    Ordinary
  9. Martti Raidal (NICPB)
    16/03/2018 20:05
    Theory
    Ordinary

    The discovery of gravitational waves produced by the coalescence of 10 solar mass black holes revived the possibility that the mysterious dark matter of the Universe might consist of primordial black holes (PBHs). I review the present constraints on the PBH abundance, discuss PBH production by single field inflation and present the predictions for the gravitational wave signals in this...

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