Neutrino observation has become more and more competitive in the recent years with detectors such as IceCube. Thus, it now makes sense to determine where the detected neutrinos originate from. We determine the Galactic diffuse neutrino flux by employing a parametrisation of the neutrino production in the collisions of cosmic rays and gas in our Galaxy. Then, we calculate the resulting neutrino flux at Earth. Comparing the calculated diffuse neutrino flux to the neutrinos measured by the IceCube detector, we determine that around 4% of the measured neutrinos can be explained by the diffuse neutrino flux.author: Nikita GrimmUniversität Innsbruck, Masterarbeit, 2018(VLID)267784
International audienceThe characterization of the high energy neutrino flux from interaction of gala...
The last IceCube catalog of High Energy Starting Events (HESE) obtained with a livetime of 1347 days...
International audienceDespite the spectacular discovery of an astrophysical neutrino flux by IceCube...
The origin of high-energy cosmic rays, atomic nuclei that continuously impact Earth’s atmosphere, is...
The flux of very high-energy neutrinos produced in our Galaxy by the interaction of accelerated cosm...
International audienceThe characterization of the high energy neutrino flux from interaction of gala...
The last IceCube catalog of High Energy Starting Events (HESE) obtained with a livetime of 1347 days...
International audienceDespite the spectacular discovery of an astrophysical neutrino flux by IceCube...
The origin of high-energy cosmic rays, atomic nuclei that continuously impact Earth’s atmosphere, is...
The flux of very high-energy neutrinos produced in our Galaxy by the interaction of accelerated cosm...
International audienceThe characterization of the high energy neutrino flux from interaction of gala...
The last IceCube catalog of High Energy Starting Events (HESE) obtained with a livetime of 1347 days...
International audienceDespite the spectacular discovery of an astrophysical neutrino flux by IceCube...