CERN Accelerating science

The particle, known as χc1(3872), has fascinated physicists for years. Now, the LHCb collaboration is closer to finding out what it is made up of

CERN’s accelerators show very good availability rates: beams are in place

Publishing in open access, managing research data and open source software, and more: CERN’s Open Science Coordinator, Anne Gentil-Beccot, explains how the CERN community can benefit from the Open Science Office

If you’re interested in what’s going on at CERN, in professional projects and plans, or in private problems and parties, hanging out at one of CERN’s printers is a very effective approach...

The rarest hyperon decay ever observed

Re-analysing LHC Run 2 data with cutting-edge analysis techniques allowed CMS physicists to address an old discrepancy

A prototype superconducting coil developed for the SHiP experiment opens the way for more energy-efficient electromagnets for certain applications

Restarting the entire accelerator complex after a technical stop is rarely seamless and often comes with unexpected technical challenges

Dismantling a beam dump is a real conundrum – that’s what the 2020 “autopsy” concluded. To solve it, the new spare LHC beam dumps have been made easier to “cut”

By combining multiple Higgs boson pair studies, physicists are closer to finding out how the particle interacts with itself, providing clues to the stability of the Universe

A warm welcome to the summer-student class of 2024! In order to make your digital life as comfortable as possible, here are a few things you need to know

CERN community: here’s your chance to win a limited-edition CERN & Society Foundation 10th anniversary isothermal bottle