Monte Carlo simulation studies of the timing calibration accuracy required by the NEMO underwater neutrino telescope

Details Monte Carlo simulation studies of the timing calibration accuracy required by the NEMO underwater neutrino telescope Monte Carlo simulation studies of the timing calibration accuracy required by the NEMO underwater neutrino telescope

Apr 2009

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2009nimpa.602...80m&link_type=abstract

Nuclear Instruments and Methods in Physics Research Section A, Volume 602, Issue 1, p. 80-83.

Physics

Scientific paper

The results of Monte Carlo simulation studies of the timing calibration accuracy required by the NEMO underwater neutrino telescope are presented. The NEMO Collaboration is conducting a long term R&D activity toward the installation of a km apparatus in the Mediterranean Sea. An optimal site has been found and characterized at 3500 m depth off the Sicilian coast. Monte Carlo simulation shows that the angular resolution of the telescope remains approximately unchanged if the offset errors of timing calibration are less than 1 ns. This value is tolerable because the apparatus performance is not significantly changed when such inaccuracies are added to the other sources of error (e.g., the accuracy position of optical modules). We also discuss the optical background rate effect on the angular resolution of the apparatus and we compare the present version of the NEMO telescope with a different configuration.

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