
MICE beam takes its first steps
The Muon Ionisation Cooling Experiment (MICE) project, an accelerator research experiment for a major component of a future neutrino factory, has achieved an important milestone with the successful tr...
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The Muon Ionisation Cooling Experiment (MICE) project, an accelerator research experiment for a major component of a future neutrino factory, has achieved an important milestone with the successful tr...
The reflection of particle's trajectory is currently used by accelerators and will be important for the future generation of accelerators.
Commissioning the LHC is making steady progress towards the target of achieving a complete cool down by the middle of June, allowing the first injection of beams soon after.
India’s accelerator pioneers began to build the Calcutta cyclotron in the early 1970s but soon found that the industrial infrastructure was not geared up to provide the necessary level of technology...
Accelerator physicists at Brookhaven National Laboratory have developed a way to apply the technique of stochastic cooling to the beams in the Relativistic Heavy Ion Collider (RHIC).
The LHC is well known for its hundreds of superconducting magnet assemblies, but it will also use 154 normally conducting "warm" magnets.
The SPIN@COSY polarized-beam team has found striking new results while studying the spin-manipulation of polarized deuterons at the Cooler Synchrotron (COSY) at the Forschungszentrum in Jülich.
Dieter Trines looks back at the challenge of building HERA - the first and only electron–proton collider based on a superconducting-magnet ring.
There was jubilation in the CERN Control Centre late in the afternoon on 12 November.
CERN director-general Robert Aymar, in his end-of-year status account to Council, reported on a year of progress at the LHC, which is due to start operation in the summer.