Neutrinos can come from within Earth’s core, our sun, explosions of far-off stars, the Big Bang, reactions when particles interact in our atmosphere, or even reactions in your own body.
https://t.co/rs3X6a98vK
#Neutrino70
The neutrinos that bombard Earth come from the Sun and other stars. A new protocol from researchers @Livermore_Lab, @TRIUMFLab, @FRIBLab & @UnivParisSaclay helps scientists better understand neutrino-generating reactions in the Sun: https://t.co/d3ONybKLbP
Excavation workers have finished carving out the future home of the gigantic particle detectors for the international Deep Underground Neutrino Experiment! 🙌
🔗Read more: https://t.co/MJfUkcBA7L
#DUNEcaverns@DUNEScience@ENERGY@doescience
📸: Matthew Kapust, @SanfordLab
The @novaexperiment is shedding light on one of nature’s most elusive particles: neutrinos. The NOvA collaboration has more than 200 researchers from 49 institutions in 8 countries! 🌎
🔗 Learn more about NOvA: https://t.co/5Raekh2EIb
CERN inaugurates CERN Science Gateway, its new emblematic centre for science education and outreach. It will be open to the public from tomorrow, 8 October 2023.
Join us and watch the inauguration ceremony live today at 11.00 CEST: https://t.co/UuOdtB7jDf
#CERNScienceGateway