With #Borexino being dismantled, what's next for #solar #neutrino research? One of our writers, Michael Schirber, has delved into that question with this piece on what researchers still want to know and how they might go about finding that information.
#physicsmagazine #sciencemastodon #physicsnews #sciencejournalism #sciencenews #physics #academicmastodon #sun
#sun #academicmastodon #physics #sciencenews #sciencejournalism #physicsnews #ScienceMastodon #physicsmagazine #NEUTRINO #solar #borexino
With #Borexino being dismantled, what's next for #solar #neutrino research? One of our writers, Michael Schirber, has delved into that question with this piece on what researchers still want to know and how they might go about finding that information.
#physicsmagazine #sciencemastodon #physicsnews #sciencejournalism #sciencenews #physics #academicmastodon #sun
#sun #academicmastodon #physics #sciencenews #sciencejournalism #physicsnews #ScienceMastodon #physicsmagazine #NEUTRINO #solar #borexino
A study of #neutrinos from the #Sun by the #Borexino collaboration has measured the signal from the so-called CNO cycle, offering a direct measure of the elemental abundances in the Sun’s core. This result is likely one of the last from the collaboration & the solar neutrinos it measured as Borexino shut down in 2021. There are no plans to replace the experiment.
#physicsmagazine #sciencemastodon #physicsnews #sciencenews #physics #academicmastodon
#academicmastodon #physics #sciencenews #physicsnews #ScienceMastodon #physicsmagazine #borexino #sun #neutrinos
A study of #neutrinos from the #Sun by the #Borexino collaboration has measured the signal from the so-called CNO cycle, offering a direct measure of the elemental abundances in the Sun’s core. This result is likely one of the last from the collaboration & the solar neutrinos it measured as Borexino shut down in 2021. There are no plans to replace the experiment.
#physicsmagazine #sciencemastodon #physicsnews #sciencenews #physics #academicmastodon
#academicmastodon #physics #sciencenews #physicsnews #ScienceMastodon #physicsmagazine #borexino #sun #neutrinos
Daje Borexino!!
RT @PhysicsMagazine@twitter.com
The #Borexino experiment has nailed down one of the last missing pieces of the solar neutrino spectrum—the so-called CNO neutrinos. Read the commentary of @AldoSerenelli@twitter.com of @iSpaceSci@twitter.com. https://physics.aps.org/articles/v15/190
🐦🔗: https://twitter.com/PhysicsMagazine/status/1602398302821142528
#astrophysics #physics An article published in the journal “Nature” reports the detection of #neutrinos produced by the #Sun by the #Borexino experiment.
https://english.tachyonbeam.com/2020/11/28/the-detection-of-neutrinos-from-the-sun-confirms-one-of-the-energy-production-processes-important-in-massive-stars
#astrophysics #neutrinos #physics #sun #borexino