
Heavy implications for the first second
After a decade of running, the results from CERN's research programme with high-energy nuclear beams provide tantalizing glimpses of mechanisms that shaped our universe.
After a decade of running, the results from CERN's research programme with high-energy nuclear beams provide tantalizing glimpses of mechanisms that shaped our universe.
Making invisible physics visible has always called for ingenuity. The techniques can also lead to important applications in other areas. Two meetings in Seattle offered an update...
Particle physics has always pushed computing and computing techniques to the limit - witness the World Wide Web developed at CERN. Continuing this tradition, particle physics at...
The European Committee for Future Accelerators, which met in London in March, was impressed by the vitality of particle physics in the UK.
The experiments being prepared for CERN's Large Hadron Collider (LHC) received their first beams in May and preliminary results are expected soon.
The LHC is now the main focus of activity at CERN, as components for the accelerator arrive at the laboratory from around the world.
Plans for the next generation of network-based information-handling systems took a major step forward when the European Union's Fifth Framework Information Society Technologies pr...
The main goal of this research is to explore the transition from ordinary hadronic matter to quark-gluon plasma - matter as it is thought to have existed at the birth of the univ...
The big topic of debate at the 9th Vienna Conference on Instrumentation held in February was whether gaseous detectors can still compete with semiconductor technology.
Physics provides a stage for international collaboration. At the opening of a recent exhibition at the Russian Duma, presented by CERN and the Joint Institute for Nuclear Researc...