Summer has officially started, but you can't go anywhere and are bored. Then, read the following well written article dealing with Grand Unification Theories (GUTs)/proton decay searches and dark matter searches in DUNE. @erin_lorraine https://t.co/GmMe7SGxNe
A spectacular experiment suggests that neutrinos don’t behave in exactly the same way as their antimatter counterparts - a finding that could solve one of the biggest mysteries in physics
https://t.co/gKiJtCdUbj
A major finding in particle physics reminds us of the importance of robust preliminary results — and paves the way for more exciting discoveries. https://t.co/RnWvEicMjV
T2K's new results on leptonic/neutrino CPV published on Nature, and featured as the front cover page article
Read the stories in the following links: https://t.co/RmCaoxzpoJ https://t.co/lV2UEWhr9t https://t.co/VBXwFAT5Ja
At the Koichiro (Ko) Nishikawa Memorial Symposium at KEK. Ko was a pioneer in long baseline neutrino oscillation experimentation. He was the Spokesperson for the K2K and also for the T2K experiments. He is missed greatly.
The @ANAISexperiment at the Canfranc Laboratory in Spain published its first results on a search for dark matter annual modulation. While their data acquired over 1.5 y are consistent with the absence of modulation, they need 5 y to test DAMA/LIBRA: https://t.co/p2QTL8k09g
Starting the 4th T2K-NOvA Joint Analysis Meeting (2nd Workshop) at Fermilab. Peter Shanahan, NOvA co-spokesperson opens meeting. Many young participants —> very positive development
🚨Calling all @stonybrooku students! 🚨
We WANT you at the @StonyBrookMBB 🆚 Vermont game tomorrow night!!!
It’s a BIG game for our Seawolves, and it will be a guaranteed good time for you 👀⤵️
SB ID = you get in for 🆓
A record amount of proton beam power on a target to produce the most powerful neutrino beam in the world. @Fermilab delivered 746.5kW of power for an hour this week. Nice work team. @novaexperiment