Speaker
Prof.
Daniele Fargion
(Physics Department, Rome University 1 and INFN Rome)
Description
Twenty GeV Neutrino crossing along the Earth by longest base line (CERN-Deep Core or FNL-Deep Core) offer the most powerful tool to test neutrino (muon-tau) mixing masses and angles. An Opera-like experiment at 1% size and flux may lead to a few hundreds events a year of tau appearance or and muon suppression or disappearence. The large (11000 km) distance neutrino flux dilution is widely overcome by largest (tens Megaton) Deep Core mass and by a complete oscillation conversion. A sharp and silent atmospheric neutrino experiment may provide a test also to Minos like CPT violation claim.
Primary author
Prof.
Daniele Fargion
(Physics Department, Rome University 1 and INFN Rome)
Co-author
Mr
Daniele D'Armiento
(Physics Departm.)
