Conveners
Plenary Session: WG introduction
- Intae Yu (Sungkyunkwan University (KR))
Plenary Session: Neutrino oscillation-1
- Patrick Huber
Plenary Session: Neutrino oscillation-2
- Alan Bross (Fermilab)
Plenary Session: Neutrino scattering
- Marcos Dracos (Centre National de la Recherche Scientifique (FR))
Plenary Session: Neutrino scattering and other experiments
- Hรฉlio da Motta (CBPF)
Plenary Session: Major Lab status
- Chris Densham (Science and Technology Facilities Council STFC (GB))
Plenary Session: Muon physics
- Takashi Kobayashi (KEK)
Plenary Session: Beyond PMNS and detectors
- Edward Blucher (University of Chicago)
Plenary Session: Future experiments
- Francesco Terranova (Universita & INFN, Milano-Bicocca (IT))
Plenary Session: WG summary-1
- Yoshitaka Kuno (Osaka University)
Plenary Session: WG summary-2
- Un Ki Yang (Seoul National University (KR))
Plenary Session: Closing
- Un Ki Yang (Seoul National University (KR))
Plenary Session: Round table discussion
- Un Ki Yang (Seoul National University (KR))
This presents the current status of the J-PARC main ring synchrotron (MR) beam operation and upgrade plans for neutrino experiments. The MR provides 30 GeV protons with two extraction modes; fast extraction (FX) for the long baseline neutrino oscillation experiment, T2K, and slow extraction (SX) for experiments in the hadron experimental facility. At present, achieved beam intensities are 2.6...
For the studies of surface/subsurface, nano materials and multi layered thin films, as well as for the fundamental physics like g-2 experiments, we must have muon beam, that has sufficiently low energy to stop on or near the surface of the sample. To perform such studies, so called slow (low energy) muons are required with energy that is of the order of several eV to a few tens of keV, far...
