We have built sky maps showing the expected arrival directions of 120 EeV ultrahigh-energy
cosmic rays (UHECRs) directionally correlated with the latest astrophysical neutrino tracks
observed at IceCube, including the four-year high-energy starting events (HESEs) and the
two-year northern tracks, taken as point sources. We have considered contributions to
UHECR deflections from the Galactic and the extragalactic magnetic field and a UHECR
composition compatible with the current expectations. We have used the Jansson-Farrar …

We have built regions in a Sky map where it should be expected the arrival of 120 EeV
ultrahigh energy cosmic rays (UHECR) directionally correlated with the latest astrophysical
neutrino tracks observed at IceCube, which are taken as point sources. In order to calculate
these arrival directions we have considered contributions to the cosmic rays deflections
originated by the galactic and the extragalactic magnetic field, and a UHECR composition
compatible with the current expectations. We have used the Jansson-Farrar JF12 model for …