Speaker
Prof.
Allan Hallgren
(Department of Physics and Astronomy, Uppsala University)
Description
Detection of cosmological neutrinos with energies in the energy range 10 PeV - 10 Eev
requires efficient detection of signals created in large volumes of matter. A cost
effectid method is readout of fast radiopulses from the Askaryan effect caused by
neutrno interactions in ice. The ARIANNA project proposes to instrument 1300 km^2 of
the Ross Ice shelf with readout stations. I will report on the status of the
prototype work and reliability tests done for the ARIANNA project.
Primary author
Prof.
Allan Hallgren
(Department of Physics and Astronomy, Uppsala University)
