T. Nagae
Abstract
A high‐intensity proton accelerator complex, J‐PARC, is under construction in Japan. By using the high‐intensity proton beams at 3 GeV and 50 GeV, various secondary beams of neutron, muons, kaons, pions, neutrino, etc. will be produced in the highest intensities in the world. Nuclear physics programs using the 50‐GeV proton synchrotron are mainly described.
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A high‐intensity proton accelerator complex, J‐PARC, is under construction in Japan. By using the high‐intensity proton beams at 3 GeV and 50 GeV, various secondary beams of neutron, muons, kaons, pions, neutrino, etc. will be produced in the highest intensities in the world. Nuclear physics programs using the 50‐GeV proton synchrotron are mainly described.
Key concepts: J-PARC, Physics, Nuclear physics, Proton, Proton Synchrotron, Neutrino, Muon, Pion