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31 results for "neutrinos"
A puzzle that stumped physicists for three decades just got solved, and it turns out those "missing" neutrinos were never missing at all. New research shows the gallium anomaly was based on a measurement misunderstanding, not mysterious new physics.
Astronomers expected to find a massive black hole spewing mysterious particles across space. Instead, they discovered something even more surprising: a galaxy creating neutrinos through explosive star birth.
A tiny spacecraft launched to study neutrinos, mysterious particles that zip through the universe at nearly the speed of light. This mission could unlock secrets about the Sun's core and the very structure of our universe.
Scientists from around the world gathered at Rice University to explore how artificial intelligence could unlock secrets of the universe's most mysterious particles. The groundbreaking workshop marks the first time researchers have focused specifically on bringing AI into one of physics' most ambitious experiments.
A new underground detector in China just achieved what took other experiments decades to accomplish, bringing scientists closer to understanding one of physics' biggest mysteries. The breakthrough could finally explain why neutrinos have mass at all.
Scientists detected the most powerful neutrino ever recorded after it traveled billions of light years from a black hole-powered blazar to Earth. The discovery helps us understand the universe's most extreme particle accelerators.
Astronomers tracked a mysterious high-energy neutrino back to Shadow Blaster, a brilliant star-forming galaxy that's been beaming cosmic particles across the universe for 11 billion years. This discovery reveals how ancient galaxies might account for the trillions of invisible particles streaming through our bodies every second.
Scientists just completed a major upgrade to a massive detector buried in Antarctic ice that catches neutrinos, mysterious particles that hold clues to the universe's biggest questions. The seven-year construction project will help researchers understand everything from exploding stars to the origins of the cosmos.
Deep underground detectors are catching rare neutrinos from Earth's core, revealing how radioactive elements keep our planet alive and moving. This breakthrough helps scientists understand the heat that powers everything from volcanoes to the magnetic field protecting us.
Scientists at Antarctica's South Pole just supercharged the world's largest neutrino detector, making it sensitive enough to see the invisible particles that hold secrets about exploding stars and the cosmos. The upgrade could help us witness a supernova in real time.
Scientists are building a massive particle detector on a Peruvian mountain face to catch ultra-rare cosmic neutrinos that could reveal the universe's deepest secrets. The discovery of an "impossible" neutrino last year sparked a global race to find more.
A mysterious ultra-powerful particle that struck Earth in 2023 could be the signature of an exploding black hole from the universe's first moments. This discovery might finally explain what dark matter really is.
A NASA experiment just spent 23 days floating above Antarctica, using an ice sheet the size of a continent to catch signals from the most energetic particles in the universe. The mission could reveal secrets about black holes, neutron stars, and physics beyond anything we can create on Earth.
Four stadium-sized balloons just spent weeks floating over Antarctica, searching for antimatter and ghostly neutrinos that could unlock the universe's biggest mysteries. NASA's record-breaking mission brings scientists closer to understanding dark matter without the cost of launching rockets.
Scientists just expanded a massive ice-bound observatory at the South Pole that hunts for mysterious particles from the edge of the universe. The upgrade could unlock secrets about the Big Bang, exploding stars, and the very fabric of space. #
Scientists just broke ground on America's most ambitious physics experiment ever: a massive underground detector that could explain why anything exists at all. The project transforms an old South Dakota gold mine into a laboratory hunting the universe's most elusive particle.
A visual artist and composer will transform invisible particle physics into art the public can see and hear. Their 2026 residency at Fermilab proves science and creativity speak the same language.
Scientists can now ask complex research questions and get answers in hours instead of months, thanks to a new national AI system powered by Fermilab's massive data platform. The Genesis Mission could revolutionize everything from battery design to fusion energy research.
America's particle physics lab is using decades of data expertise to fuel the Genesis Mission, a new AI-powered research platform that could cut discovery time from years to months. Researchers across the country can now tap into powerful storage systems to accelerate everything from battery development to fusion energy.
Researchers in China have discovered a natural particle accelerator in our galaxy that produces energy levels far beyond anything humans can create on Earth. The finding could unlock new ways to understand how the universe works.
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