The CERN Quantum Technology Initiative will explore the potential of devices harnessing perplexing quantum phenomena such as entanglement to enrich and expand its challenging research programme

CMS now has a new layer of detectors: 144 gas electron multiplier (GEM) chambers have been installed to detect the muons produced in the very forward region of CMS

The ATLAS Inner Detector can measure the position of charged particles that pass through it to better than a 100th of a millimetre! To reach that precision, the detector must be aligned to equal or better accuracy

The assembly of the new muon small wheels and the upgrades on the electronics and trigger systems are progressing well

During the long shutdown of CERN’s accelerators, the ALICE experiment at the LHC is removing and refurbishing or replacing the majority of its detectors

With the LHC switched off for a two-year technical stop, CMS is undergoing significant maintenance and upgrades

Enhancing ATLAS’s detection capabilities in preparation for the LHC restart

The LHCb detector will undergo a metamorphosis during CERN’s second long shutdown (LS2)

An upgrade to the “Small Wheels”, the innermost sections of the ATLAS muon end-cap system, will help ATLAS cope with the conditions at the HL-LHC

This year is the European year of cultural heritage, but what does particle physics have to do with art? More than you might think

In 1968, Georges Charpak invented the Nobel prize-winning multiwire proportional chamber pushing particle physics detection into the electronic era