Neutrino
DESI data: Weighing in on gravity
Their observations line up with what Einstein's theory of general relativity predicts.
Fermilab short-baseline detector detects its first neutrinos
Experiment turns on to search for answers to mysteries and evidence of new physics.
A new method to characterize the properties of one of the four fundamental forces of nature
New Beta-Decay measurements in mirror nuclei pin down the weak nuclear force.
ATLAS provides the first measurement of the W-boson width
This is the most precise single-experiment measurement to date.
Neutrinos are predicted to interact unexpectedly with photons
New insights into neutrino interactions.
Gravitational waves may reveal the nature of dark matter
Observations of gravitational waves from merging black holes may reveal new insights about dark matter.
Scientists captured the first ghost particle image of the Milky Way
Elusive neutrinos reveal a portrait of our galaxy unlike any before.
Scientists captured the first reactor neutrinos using a water-filled neutrino detector
Reactor neutrinos detected by water.
Random matrix theory approaches the mystery of the neutrino mass!
They analyzed the collection of leptons that make up the neutrino mass matrix.
Scientific first: Physicists detected neutrinos created by a particle collider
Discovery promises to help physicists understand the nature of the universe’s most abundant particle.
Astrophysicists discovered the perfect explosion in space
The discovery may provide a new key to fundamental physics and to measuring the age of the Universe.
A new way to investigate the structure of protons using neutrinos
‘Ghostly’ neutrinos provide new path to study protons.
IceCube neutrinos offer first glimpse into the inner depths of an active galaxy
They are the next big step toward the realization of neutrino astronomy.
Scientists revealed for the first time the origin of neutrinos
The main goal is to shed light on the origin of astrophysical neutrinos.
New scientific results confirm anomaly and may point to new elementary particle
Sterile neutrino, physics fundamentals among interpretations of anomalous results.
New measurements show how neutrinos change their flavor
Breakthrough MicroBooNE measurement elucidates neutrino interactions.
World record: Experiment limits neutrino mass with unprecedented precision
A precision that has not been achieved anywhere in the world before.
Record-breaking simulation of large-scale structure formation in the Universe
It accurately reproduces the complex dynamics of cosmic neutrinos.
Record-breaking simulations of large-scale structure formation in the universe
Computer simulations that capture the complex dynamics of elusive neutrinos left over from the Big Bang.
Signs of neutrinos detected for the first time at LHC
Scientific first at CERN facility a preview of upcoming 3-year research campaign.
Global science experiment cast doubt on the existence of the sterile neutrino
No hint of theoretical particle sterile neutrino in new results.
Mellow supermassive black holes act as major factories of high-energy cosmic particles
The new model shows that not only active black holes but also non-active, "mellow" ones are important.
Scientists have uncovered a gigantic cosmic particle accelerator
The study offers evidence that neutrinos can be powerful natural particle accelerators.
All high-energy cosmic neutrinos are born by quasars, claimed scientists
Some neutrinos are born in the earth's atmosphere and even in the Ice Cube detector during the interaction of cosmic rays with matter.
Study unlocked more clues as to how and why stars die
Three flavors are better than one — in ice cream and supernova research.
The first-ever detection of neutrinos produced in the Sun
BOREXINO achieves the first experimental test of how massive stars shine.