In the colossal aftermath of the Big Bang, a staggering 13.8 billion years ago, a symphony of particles burst into existence, encompassing matter and its elusive antimatter counterpart—each possessing an opposing electrical charge.
The essential characteristics of the proton, such as its mass and spin, are still poorly understood by physicists more than a cent...
The ghost is finally inside the machine: scientists have successfully produced neutrinos in a particle collider for the first time...
To understand why the neutrino can provoke a revolution, we need some history. In the early 1960s the situation in theoretical phy...
Dark matter could be composed of ultralight dark photons that have heated our universe. This is a new scenario proposed in a study...
CERN reported that new data from the Large Hadron Collider experiment showed that earlier data suggesting a violation of the Stand...
The SCIE and BBVA recognized computer scientist Pablo Morales Alvarez for his methods to determine gravitational wave effects. Inv...
In a novel hypothesis put out in a study just published in Physical Review Letters, dark matter may be composed of ultralight dark...
The first parts of the international Deep Underground Neutrino Experiment have arrived at the Sanford Underground Research Facilit...
Quantum technologies for high-energy physics (QT4HEP) were discussed at CERN's first international conference last month. In total...