Check out this popular-level article about neutrino cosmology in the era of @desisurvey by @emcconover (@ScienceNews). It's a great overview that also touches on some of the work I have been doing with Nathaniel Craig, Surjeet Rajendran, and Joel Meyers
https://t.co/a7dnxUOU7Q
US HEP folks! Interested in working on a future @MuonCollider? Now's your chance! Come to the inaugural US Muon Collider Meeting and find some cool open tasks to get involved in!
*Registration deadline Wednesday!*
https://t.co/afgtlDw8lN
Nathaniel Craig @physics_nate (@ucsantabarbara) surveys the central questions of modern particle physics and the prospects for answering them with a muon collider. Watch the latest Friends of #KITP Chalk Talk and learn more about the rich physics of muons https://t.co/pzvKXwgUK7
New paper tonight with some old friends: we explore the implications of the DESI neutrino mass measurement. When we extend neutrino mass to allow for negative values, we find a 3 sigma exclusion of the minimum sum, 58 meV (posterior below)
https://t.co/BZOCJzzDfe
An accelerator known as a muon collider could revolutionize particle physics—if it can be built.
Read that story and more this week in Science: https://t.co/Hh16dHf2bu
Wow. Opening paragraph of NYT article on P5 report centers on a muon collider: "Particle physicists should begin laying the groundwork for a revolutionary particle collider that could be built on American soil, a committee of scientists wrote..."
https://t.co/JulfL2xGUh
One of the most interesting developments in particle physics over the past few years is the enthusiasm—and boy is there enthusiasm—around a potential muon collider, especially given that its prospects seemed over a decade ago.
https://t.co/6kEhCu2OA7