CERN Accelerating science

This marks the beginning of physics for the third year of Run 3 of CERN’s flagship particle accelerator

Beam commissioning is progressing well across the entire accelerator complex, but challenges have arisen, in particular in Linac4, highlighting the complexities involved

For the first time, scientists at CERN, in collaboration with scientists at GSI, have been able to measure a coupled resonance structure that may cause particle loss in accelerators

On 8 March, three days ahead of schedule, the first proton beam was injected into the LHC, kicking off the 2024 LHC beam commissioning

Solutions proposed in the Future Circular Collider “Mining the Future” competition will now be evaluated in a 10 000 square metre “Open Sky Laboratory”

The injection of the first protons into the LHC is scheduled for 11 March, but could be brought forward by a few days if all goes well

A new physics run is about to begin! The first particle beams should reach the Large Hadron Collider (LHC) on 11 March

At its half-way mark, a study investigating the feasibility of a 91-kilometre Future Circular Collider to potentially follow the Large Hadron Collider at CERN shows significant progress

The first beams are already circulating in the Linac4 and PS Booster and should reach the LHC on 11 March. A new physics run is about to begin!

Highlights from this year’s Chamonix workshop, including the crucial role that the injectors play in shaping future research endeavours

Successful tests of the first “MKI-Cool” show that these new kicker magnets can take the heat and keep their cool with high-luminosity beams

The collimation system of the Large Hadron Collider (LHC), which protects the accelerator’s components, needs an upgrade to be able to handle the performance of CERN’s future accelerator