Particules

For the groundbreaking observation of solar neutrinos from the pp chain and CNO cycle. @Collaboration Borexino
 
For the groundbreaking observation of solar neutrinos from the pp chain and CNO cycle
 

The Photon Detector System of the DUNE Vertical Drift module


The Deep Underground Neutrino Experiment (DUNE) is a next generation neutrino oscillation experiment. A high power wide-band beam operating in neutrino (anti-neutrino) mode will be produced at FNAL (Chicago). Some 1,300 km away, deep underground at the Sandford Underground Research Facility (South Dakota), four gigantic Far Detector modules will measure νμ (anti-νμ) disappearance, νe (anti-νe) and ντ (anti-ντ) appearance with the goals of:

Les 5 unités de détection de KM3NeT à bord du navire de déploiement.
@Collaboration KM3NeT
 

Mise à niveau du détecteur de traces de l’expérience ATLAS et recherche de la production de di-Higgs dans l'état final bbγγ pour la mesure de l'auto-couplage du boson de Higgs

L’expérience ATLAS est installée auprès du Grand Collisionneur de Hadrons (LHC) du CERN à Genève. Il y a déjà eu deux longues séries de prises de données : 
a) le Run 1(2011–2012), à 7-8 TeV dans le centre de masse (c.d.m.), qui a permis à ATLAS et à CMS de découvrir un boson de Higgs à 125 GeV (H) principalement par ses désintégrations bosoniques (γγ et ZZ). 

Direct dark matter search in liquid argon with DarkSide-20k

Dark Matter is one of the main puzzles in fundamental physics and Weakly Interacting Massive Particles (WIMP) are among the best-motivated dark matter particle candidates. As of today, the most sensitive experimental technique to discover the WIMPs in the mass range from 2 GeV to 10 TeV is the dual phase Time Projection Chamber (TPC) filled with noble liquids. DarkSide-20k is the next generation of Liquid Argon (LAr) TPC, which will be running at LNGS (Italy) from 2024. 

The Borexino scientific collaboration, an experiment at the Gran Sasso National Laboratories, publishes today, November 25th, 2020, in Nature the announcement of the first ever detection of neutrinos produced in the Sun by the CNO cycle (carbon-nitrogen-oxygen). It is an experimental result of historical value, which completes a chapter of physics that started in the 1930 decade of the last century. The implication of this new measure for understanding stellar mechanisms is enormous: in fact, since the CNO cycle is predominant in the most massive stars than the Sun,...
  

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