
RF antennas help unravel cosmic rays
The first results from the CODALEMA experiment are introducing a new approach for studying very high-energy cosmic rays.
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The first results from the CODALEMA experiment are introducing a new approach for studying very high-energy cosmic rays.
In early January ALICE's time projection chamber (TPC) moved 300 m from the assembly hall to the experiment cavern, taking four days to complete the journey.
The first End-Cap Toroid (ECT) for the ATLAS experiment at the LHC has begun the last stage of its journey to the underground cavern.
During two periods in summer and autumn 2006, the CMS collaboration took advantage of the near-complete assembly of the detector above ground to test its performance with cosmic rays, from support sys...
The countdown to the LHC start-up has begun, but even before the first protons have collided, pixel detectors designed for the CMS experiment are being used in other areas.
In 1996 Fabio Sauli at CERN introduced the gas electron multiplier (GEM) – a new idea for gas amplification in particle detection.
Physicists met in Uppsala to consider how the next generation of high-energy neutrino detectors can contribute to new physics as well as to study cosmic phenomena.
When it starts up the ALICE experiment will observe collisions of heavy ions in CERN's Large Hadron Collider (LHC), where "fireballs" of extremely hot and dense matter will be fleetingly made.
While most of the LHC experiments are on a grand scale, LHC forward (LHCf) is quite different.
September saw the completion in the underground cavern of the first of the big wheels for the ATLAS muon spectrometer.