
Control systems for big physics reach maturity
The 11th ICALEPCS conference looked at projects around the world.
Thank you for registering
If you'd like to change your details at any time, please visit My account
The 11th ICALEPCS conference looked at projects around the world.
The Japan Lattice QCD Collaboration has used numerical simulations to reproduce spontaneous chiral symmetry breaking (SCSB) in quantum chromodynamics (QCD).
Calculations of the structure of heavy nuclei have long suffered from the difficulties presented by the sheer complexity of the many-body system, with all of its protons and neutrons.
Software development is more than engineering and still needs the human factor to be successful, says Federico Carminati.
For David P Anderson, project leader of SETI@home, the future of scientific computing is public.
A new model for partnership between CERN and industry is both integrating and testing emerging computer technologies for the LHC Computing Grid.
I don’t remember exactly who first proposed running physics batch jobs on a UNIX workstation, rather than on the big IBM or Cray mainframes that were doing that kind of production work in 1989 a...
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 programme concluded ne...
With quark-gluon calculations being extremely difficult, physicists have to use their ingenuity to get results. The most popular approach is to use powerful supercomputers to simulate a discrete sp...
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 CERN will soon prov...