The Large-Volume Detector (LVD) of the Gran Sasso Laboratory

Physics

Scientific paper

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Cosmic Ray Showers, Neutrinos, Particle Tracks, Scintillation Counters, Underground Structures, Elementary Particle Interactions, Energy Spectra, Gravitational Collapse, High Energy Interactions, Magnetic Monopoles, Muons, Radioactive Decay, Solar Neutrinos

Scientific paper

The LVD, on 1800-ton 31 x 13 x 12-m liquid-scintillation/streamer-tube detector planned for Gran Sasso Laboratory to serve as a successor to the Mt. Blanc liquid-scintillation detector, is characterized, and the physics of the particles and processes it is designed to monitor is discussed. Consideration is given to neutrinos from collapsing stars, solar-neutrino astrophysics, neutrinos from stellar collapses in the past evolution of the universe, high-energy neutrino astronomy, atmospheric neutrinos, measurement of neutrino mass and oscillations, neutrino geophysics, cosmic-ray physics (energy spectrum, angular distribution, muon bundles, muon interactions, neutron production by high-energy muons, localized discrete cosmic-ray sources, and cosmic-ray scintillations at 2 TV), magnetic monopoles, and nuclear instability.

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