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  • Muon neutrino - Wikipedia
    The muon neutrino is an elementary particle which has the symbol ν μ and zero electric charge Together with the muon it forms the second generation of leptons, hence the name muon neutrino It was discovered in 1962 by Leon Lederman, Melvin Schwartz and Jack Steinberger The discovery was rewarded with the 1988 Nobel Prize in Physics
  • Accelerator neutrino - Wikipedia
    An accelerator neutrino is a human-generated neutrino or antineutrino obtained using particle accelerators, in which beam of protons is accelerated and collided with a fixed target, producing mesons (mainly pions) which then decay into neutrinos
  • The Nobel Prize in Physics 1988 - NobelPrize. org
    A total of 51 neutrino interactions were registered with a muon observed in the spark chamber These results showed that the neutrinos, produced together with muons, give rise to muons, not electrons
  • How to make a neutrino beam - symmetry magazine
    In the future, scientists hope to make better neutrino beams by using muons instead of pions The muon is a heavy cousin of the electron When it decays, it produces both a muon neutrino and an electron anti-neutrino A proposed project, called nuSTORM, aims to manufacture a neutrino beam from these muon decays
  • BNL | 1988 Nobel Prize - Brookhaven National Laboratory
    The 1988 Nobel Prize in physics was awarded to a trio of researchers for their 1962 discovery of the muon-neutrino, based on work conducted at Brookhaven Leon Lederman, Melvin Schwartz and Jack Steinberger, at the time all of Columbia University, made their discovery at the brand-new Alternating Gradient Synchrotron (AGS)
  • Physics - Landmarks —Discovery of a 2nd Kind of Neutrino
    The 1962 discovery of the muon neutrino, a cousin to the previously known electron neutrino, was an important fundamental result but was also the first demonstration of a method for creating a neutrino beam as an experimental tool
  • Muon-decay medium-baseline neutrino beam facility
    Neutrino beam with about 300 MeV in energy, high-flux and medium baseline is considered a rational choice for measuring CP violation before the more powerful Neutrino Factory is to be built Following this
  • Muon Beam for Neutrino CP Violation: connecting energy and neutrino . . .
    wide-band high-intensity muon neutrino beam from Fermilab to the Sanford Underground Facility in Homestake at the 1300 Km distance The detector technology of DUNE experiment is based on building liquid argon time projection
  • Muon Beam for Neutrino CP Violation: connecting energy and neutrino . . .
    high-intensity muon neutrino beam from Fermilab to the Sanford Underground Facility in Homestake at the 1300 Km distance The detector technology of DUNE experiment is based on building liquid argon time projection chambers (LArTPC) Unlike the T2K experiment, the neutrino beam energy has a peak at 2 5 GeV with a broad range of neutrino energies
  • Muon-decay medium-baseline neutrino beam facility
    Neutrino beam with about 300 MeV in energy, high-flux and medium baseline is considered a rational choice for measuring CP violation before the more powerful Neutrino Factory is to be built Following this concept, a unique neutrino beam facility based on muon-decayed neutrinos is proposed





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