New calculations show that a black hole slurping down a star may not have generated…
Browsing: Neutrinos
Neutrinos are elusive, nearly massless subatomic particles that play a fundamental role in the universe, despite their weak interactions with matter. Produced in vast quantities by nuclear reactions in stars, supernovae, and even during radioactive decay on Earth, neutrinos rarely interact with other particles, making them extremely difficult to detect. There are three known types—electron, muon, and tau neutrinos—and they can oscillate between these forms as they travel through space. Studying neutrinos helps scientists probe the inner workings of stars, understand the nature of fundamental forces, and investigate unsolved mysteries in particle physics and cosmology, including the origin of mass and the asymmetry between matter and antimatter.
MIT Graduate student Nicholas Kamp describes the MicroBooNE experiment and its implications for our understanding…
Fermilab’s MicroBooNE experiment ruled out sterile neutrinos as the cause of past anomalies, confirming only…
LLNL’s BeEST experiment sets new limits on sterile neutrinos, advancing dark matter detection with superconducting…
What Are Sterile Neutrinos? Sterile neutrinos are a special kind of neutrino that has been…
The ICARUS detector, part of Fermilab’s Short-Baseline Neutrino Program, will officially start its hunt for…
Astronomers linked a rare high-energy neutrino to a black hole destroying a star, revealing new…
Particle physicist Lindley Winslow seeks the universe’s smallest particles for answers to its biggest questions.…
From a black hole to the South Pole: Scientists identify first neutrino from a tidal…
Neutrinos may have tipped the balance in favor of matter after the Big Bang. Gravitational…
A 2016 antineutrino detection by IceCube confirmed the Glashow resonance, offering the first glimpse of…
The South Pole neutrino detector saw a Glashow resonance event, a phenomenon predicted by Nobel…
A neutrino linked to a star’s destruction by a black hole supports the theory that…
Russian researchers have discovered that most high-energy neutrinos originate from quasars, redefining their assumed sources…
Chandra X-ray data failed to confirm sterile neutrinos as dark matter but helped limit their…
New measurements show prior nuclear data underestimated neutrino detector background, improving future experiment accuracy. Led…
The Borexino experiment research team has succeeded in detecting neutrinos from the sun’s second fusion…
Next Step in Simulating the Universe Researchers led by the University of Tsukuba devise a…