Physics
Scientific paper
Oct 2008
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2008atnf.prop.1886e&link_type=abstract
ATNF proposal C1637, Semester: October, 2008
Physics
Extragalactic, Atca
Scientific paper
Some cosmic ray nuclei have energies equivalent to that of a fast-moving tennis ball. Our Galaxy is too small to produce them, and as they travel through the Universe they loose energy in collisions with microwave background radiation. So where do they come from? The neutrinos hold the key. They are produced in these collisions but interact so weakly that huge detectors are needed. We propose to use the moon as our detector by looking for the coherent Cerenkov radio emission from neutrino induced cascades in lunar regolith (sandy surface layer). The neutrino interaction produces a nanosecond pulse peaking between 1-2GHz.
Ekers Ron
James Clancy
McFadden Rebecca
Phillips Chris
Protheroe Ray
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