Abstract
ANTARES is the largest neutrino telescope in the Northern hemisphere. The main scientific goal of ANTARES is the detection of neutrinos from cosmic accelerators, which, according to several hadronic scenarios, might coincide with TeV gamma ray sources. Special attention is given to the multimessenger approach, based on combined analysis of time/space coincidences between neutrinos and other cosmic probes. The scientific program includes also studies of atmospheric neutrino oscillations, searches for possible exotic particles, like nuclearites and magnetic monopoles, and for neutrinos produced in dark matter annihilation. In this contribution the main results of ANTARES, based on more than 5 years of data, will be reviewed.
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