— Studies on beam adjustment and new components are being conducted in preparation for future LHC runs
— Ten years ago, protons circulated CERN’s Large Hadron Collider (LHC) for the first time, marking the end of years of design and construction
— A search for dark quarks conducted by the CMS collaboration inches closer to the parent particles from which they may originate
— Lead "atoms" with a single remaining electron swirl around the Large Hadron Collider
— A year after the discovery of a new doubly charmed baryon, LHCb announces the measurement of its lifetime
— Can machine learning assist high-energy physics in discovering and characterising new particles?
— The LHC operators hope to break last year’s record for total proton-proton collisions delivered to the experiments
— The Large Hadron Collider has initiated the collision of proton beams for the first time this year
— Protons have been circulating in the Large Hadron Collider since Friday 30 March, marking the start of the machine’s seventh year of operation
— As CERN’s winter shutdown draws to a close, watch this video to see what has been going on underground
— CERN celebrates 25 years since the beginning of the LHC experimental programme
— Before the LHC was shut down for the winter, the operators tested techniques under development for its successor, the High-Luminosity LHC (HL-LHC)
— The LHC’s 2017 proton run has ended with record luminosity. The special runs will now take place before the winter shutdown.
— With 19 days still to go, the LHC has reached its 2017 production target, delivering more than 45 inverse femtobarns to the experiments
— The LHC is operating for several hours with the nuclei of xenon atoms
— CMS experiment delves into the mystery of neutrino masses
— An animation made with TED-ED to explore empty space and why it is important for experiments at CERN
— The Large Hadron Collider has established a new record of luminosity, delivering a huge amount of data to its experiments
— The LHC has been accelerating more and more protons, and to allow the machine to reach its maximum intensity, it will undergo a thorough scrubbing.
— Data-taking has started again at the LHC: the experiments are continuing their exploration of physics at the unprecedented energy of 13 TeV.