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Hunting for the elusive: IceCube observes seven potential tau neutrinos
Phys.org· 1 day agoNeutrinos are some of the most elusive particles to detect due to their extremely low mass and weak interactions with matter. The IceCube collaboration aims to study these ...
Scientists are one step closer to knowing the mass of ghostly neutrinos — possibly paving the way to...
Live Science via Yahoo News· 5 days agoBy precisely measuring the mass of neutrinos — ghostly particles that stream through your body by...
Ghost Particles: Neutrinos Challenge Everything We Know About Physics
SciTechDaily· 5 days agoThe discovery and ongoing research into neutrinos have significantly altered the foundational...
Scientists at the MAJORANA Collaboration look for rule-violating electrons
Phys.org· 4 hours agoToday, the Standard Model of particle physics is one of two pillars on which modern physics rests....
John Bahcall - NASA Science
NASA· 2 hours agoThe idea of NASA’s Hubble Space Telescope didn’t receive widespread, immediate support. Though the telescope’s scientific prowess and impact is clear...
Beta-decay measurements in mirror nuclei pin down the weak nuclear force
Phys.org· 2 days agoScientists have gained new insights into the weak nuclear force from detailed studies of the beta decays of the "mirror" nuclei lithium-8 and boron-8. Mirror nuclei are atoms with reversed numbers ...
Young scientists enjoy the IceCube Masterclass at South Dakota Mines
Black Hills FOX· 7 days agoSouth Dakota Mines welcomed a group of high schoolers to the Ice Cube Master Class to learn about...
Why Can’t We See Dark Matter?
IFLScience· 4 days agoFor every atom in the universe that makes up stars, planets, or gas, there is about more than five times as much so-called dark matter. How do we know dark matter is real? Things get more complex ...