Observations of high-energy astrophysical neutrinos have shown that they mostly originate from extragalactic sources such as active galaxies. However, gamma ray observations show bright emission from within the Milky Way galaxy, and astrophysical gamma rays and neutrinos are expected to be produced by the same physical processes. The IceCube Collaboration searched for neutrino emission from within the Milky Way (see the Perspective by Fusco) and found evidence of extra neutrinos emitted along the plane of the Galaxy, which is consistent with the distribution of gamma-ray emission. These results imply that high-energy neutrinos can be generated by nearby sources within the Milky Way.

-Editor’s summary from the Science article

  • @macarthur_parkOPEnglish
    5•1 year ago

    I have to admit I had guessed this announcement by the IceCube collaboration would be that they’d identified a localized source of high energy neutrinos (and maybe even had a multi messenger signal such as correlations with gravitational waves or electromagnetic observations).

    But this is cool too! They imaged the galactic plane in neutrinos using a dataset 60,000 neutrinos spanning 10 years of IceCube data.

    Note: my apologies for posting this in 2 communities. Even though I’m subscribed to [email protected] it doesn’t show up in my subscriptions, so I accidentally first posted to the kbin.social community.

    • @ConTheLibrarianEnglish
      4•1 year ago

      LMAO I read the title was fully expecting to read about a rapper turned actor’s account of seeing the northern lights while riding Virgin Galactic.