Conveners
Parallel Session E
- Eli Waxman (Weizmann Institute)
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Mr Thorsten Glüsenkamp (DESY)01/10/2014, 14:00The recent discovery of a diffuse neutrino flux around PeV energies raises the question which populations of astrophysical sources contribute to this diffuse signal. One extragalactic candidate source population to produce high-energy neutrinos are Blazars. We present results from a likelihood analysis searching for cumulative neutrino emission from Blazar populations selected with the 2nd...Go to contribution page
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Maurizio Spurio (BO)01/10/2014, 14:20The IceCube evidence for cosmic neutrinos in the high-energy starting events (HESE) sample has suggested a large number of hypothesis for their origin. The fact that most of HESE are downward going suggests a possible Galactic origin for a fraction of the signal. The hypothesis of a Galactic component of the IceCube signal, either considering a cluster of events from a single point-like...Go to contribution page
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Mr Ruoyu Liu (Max-Planck-Institute for Nuclear Physics (MPIK))01/10/2014, 14:40oralWe argue that the excess of sub-PeV/PeV neutrinos recently reported by IceCube could plausibly originate through pion-production processes in the same sources responsible for cosmic rays (CRs) with energy above the second knee around 10^{18}eV. The pion production efficiency for escaping CRs that produce PeV neutrinos is required to be >0.1 in such sources. On the basis of current data, we...Go to contribution page
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Dr Narek Sahakyan (National Academy of Sciences of the Republic of Armenia and ICRANet)01/10/2014, 15:00The recent results from ground based gamma-ray detectors (HESS, MAGIC, VERITAS) provides a population of TeV galactic gamma-ray sources which are potential sources of high energy neutrinos. Since the gamma-rays and neutrinos are produced from decays of neutral and charged pions, the flux of TeV gamma-rays can be used to estimate the upper limit of neutrino flux and vice versa; detectability of...Go to contribution page
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Luigi Antonio Fusco (BO)01/10/2014, 15:20KM3NeT is a future research infrastructure in the deep sea of the Mediterranean, hosting the next generation neutrino telescope. The instrumented volume of the telescope, of several cubic kilometers, will be split up in six smaller building block. The construction of the first phase of the telescope is in progress. The next step, internally named KM3NeT Phase 1.5, is to realize the first two...Go to contribution page