Read article 'International interactions at Fermilab'
The Lepton Photon 2003 conference, hosted by Fermilab, provided an opportunity to take stock and to look ahead to TeV-scale physics in the coming decade. John Womersley and James Gillies report.
Read article 'CEBAF celebrates seven years of physics'
Douglas Higinbotham reports from the Jefferson Lab symposium on results that span the boundary between nuclear-meson models and quark-gluon physics.
Read article 'DESY looks to the future'
Earlier this year the German Federal Ministry of Education and Research reached a policy decision on the TESLA project that determines the way ahead for DESY.
Read article 'Light in the darkness'
Alan Ball and Apostolos Tsirigotis show the first results from NESTOR, the underwater neutrino detector in Greece, and describe just how well the chosen techniques are working.
Read article 'Constructing ATLAS: a modern ‘ship in a bottle’'
Now that the civil engineering is complete, the cavern for the ATLAS detector at the LHC is ready for the complex business of installing the detector, as Robert Eisenstein explains.
Read article 'Physics helps medicine gain a sharper view'
The second International Conference on Imaging Technologies in Biomedical Sciences (ITBS) was held on 26-30 May in Athens and on the island of Milos, Greece. The conference was organized by the Greek ...
Read article 'Forty years of high-energy physics in Protvino'
The Institute for High Energy Physics near Serpukhov in Russia is celebrating four decades of research and international collaboration in particle physics.
Read article 'Faster, brighter, shorter'
A proposed new facility, called LUX, will be able to combine accelerator and laser systems to study ultrafast dynamics across a wide range of sciences.
Read article 'CERN and Pakistan: a personal perspective'
How can a country like Pakistan benefit from working together with CERN? Ishfaq Ahmad explains.
Read article 'Journey to the centre of the Earth'
One of the first applications of neutrinos to science beyond particle physics could tell us about the heat produced by radioactivity in the Earth.
