Bound by a shared belief in precision and possibility, Rolex and CERN are nurturing young minds to explore the universe – one ...

Five Florida State University physicists are part of the international team awarded the Breakthrough Prize in Fundamental ...

CERN scientists use advanced AI to detect the Higgs boson's elusive decay into charm quarks, moving closer to decoding how ...

Two UT Austin physicists were part of a collaboration that won the Breakthrough Prize for work at the Large Hadron Collider.

Researchers at CERN have used artificial intelligence (AI) to explore one of the Higgs boson’s most elusive behaviors, ...

Nuria Catalan Lasheras and Igor Syratchev explain why klystrons are strategically important to the future of the field – and ...

DESY’s new chair, Beate Heinemann, reflects on the laboratory’s evolving role in science and society – from building ...

A lead nucleus emits an intense electromagnetic field. In near-misses, a reaction known as electromagnetic dissociation can ...

The dream of every medieval alchemist – turning lead into gold – has finally come true thanks to some impractical physics at CERN's Large Hadron Collider.

Beginning in the late 1980’s physicists started developing plans to build a particle accelerator capable of detecting the Higgs boson. The Higgs particle, which is a localized intense vibration of the ...

Searching for the Higgs boson occupied particle physics for most of the latter half of ... As physicists design new "tabletop" accelerators that power particles with plasma, they also need to reinvent ...