P2IO BSM-Nu first workshop

Europe/Paris
Description

This is the first workshop of the BSM-Nu project (P2IO labex) and it will be fully remote/online

The aim of the BSM-Nu project is to address the neutrino physics in a comprehensive way in order to extract hints of new physics. The project federates the different teams of P2IO active on the subject in order to share and depeen our expertise and with the ambition of enlarging further our community.

The BSM-Nu project proposes to federate all the actors of neutrino physics inside the P2IO perimeter in order to meet the challenges, both in terms of critical mass and physics expertise, of the next generation of neutrino experiments. The project cover different laboratories and experiments, as well as, different communities (particle and nuclear physicists, phenomenologists, engineers).

The enterprise of characterizing the nature of neutrinos, a royal road to the search of BSM physics, requires a collective effort able to integrate the results from oscillation experiments, both at accelerators and reactors, from neutrino-less double-beta decay searches and from coherent elastic neutrino-nucleus scattering.
These various experimental efforts share common issues related with the development of high-performing detectors and complex analysis techniques for the minimization and evaluation of backgrounds and systematic uncertainties. The BSM-Nu project will allow to share and deepen the expertise on these items, as well as, to enlarge the community through outreach and through the education of a new generation of physicists with a comprehensive view of the neutrino field.

More information at http://www.p2io-labex.fr/Phocea/Page/index.php?id=39

The BSM Nu project is financed by the P2IO Labex http://www.labex-p2io.fr/

 

Registration
Participants
Participants
  • Adrien Blanchet
  • Alain Letourneau
  • Alexandre Broniatowski
  • Alice Maurel
  • Anastasiia Zolotarova
  • Anatael Cabrera
  • Andrea Giuliani
  • Andrew Santos
  • Anna Ershova
  • Antoine Armatol
  • Beatrice Mauri
  • Claudia Nones
  • Claudio Giganti
  • Cloé Girard-Carillo
  • Davide Sgalaberna
  • Denys Poda
  • Diana Navas
  • Dounia Helis
  • Dumoulin Louis
  • Edoardo Mazzucato
  • Erwann Masson
  • Fabien Cavalier
  • Francesco Cappuzzello
  • Frank Deppisch
  • Giovanni Benato
  • Graham Van Goffrier
  • Guillaume Eurin
  • Hiroshi Nunokawa
  • James Canning
  • Jean-Antoine Scarpaci
  • Jean-Christophe David
  • Joao Coelho
  • Julien Billard
  • Laurent Simard
  • Marco Martini
  • Margherita Buizza Avanzini
  • Maria B. Barbaro
  • Maria Benedetta Barbaro
  • Maria Cristina Volpe
  • Mariano Chaves
  • Mathieu Guigue
  • Matthieu Vivier
  • Maurice Chapellier
  • Maxime PIERRE
  • Michele Maltoni
  • Pascal Paganini
  • Patrick Bolton
  • Paul Colas
  • Philippe Gras
  • Quoc Viet NGUYEN
  • Sacha Davidson
  • Sandrine Emery-Schrenk
  • Sergey Suvorov
  • Sonia El Hedri
  • Sotiris Loucatos
  • Stefabos Marnieros
  • Stefano Pirro
  • Stephen Dolan
  • Stéphane Lavignac
  • Thomas Schwetz-Mangold
  • Traudl Kozanecki
  • Uladzislava Yevarouskaya
  • Victoria Wagner
  • Vincent Cecchini
  • Vishvas Pandey
  • Wenna Pei
  • Zhong Zhang
  • Zhong Zhang
  • Thursday, February 11
    • Near Detectors for Long Baseline Experiments (chair A.Giuliani, IJCLab)
    • 10:30 AM
      Brew your own coffee
    • Nuclear Physics for Neutrino (chair:M.Buizza-Avanzini, LLR)
      • 4
        Nuclear models for LBL and 0nbb: synergies
        Speaker: Marco Martini (Ghent Univ)
      • 5
        Nuclear models for inclusive and semi-inclusive neutrino interactions in Carbon, Oxygen and Argon
        Speaker: Maria Barbaro (INFN and University of Torino)
      • 6
        Measurement strategies for the 0nbb matrix elements
        Speaker: Francesco Cappuzzello (University of Catania and INFN-LNS)
      • 7
        Synergy between nuclear physics in CEvNS experiments and long-baseline oscillation experiments
        Speaker: Vishvas Pandey (Fermilab)
  • Friday, February 12