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Arriving at CERN from Novosibirsk's Budker Institute are magnets for the two transfer lines to feed the LHC collider with protons from the SPS proton synchrotron.
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Arriving at CERN from Novosibirsk's Budker Institute are magnets for the two transfer lines to feed the LHC collider with protons from the SPS proton synchrotron.
Neutrinos have always been in the particle physics spotlight. However, with new machine ideas opening up the possibility of intense neutrino sources, this area of research could go on to reveal furthe...
A new particle physics experiment uses a very different setting the European Synchrotron Radiation Facility electron ring in Grenoble.
Energy loss through synchrotron radiation is the bane of circular high-energy electron accelerators, which is one reason why CERN's next accelerator, the Large Hadron Collider will be accelerating pro...
Helmut Burkhardt reviews in 1999 Accelerator Physics.
The world's newest particle accelerator Fermilab's 150 GeV main injector officially began its career on 1 June.
CERN's LEP electronpositron collider walked onto the stage for its 1999 season and, after its customary greeting at the Z resonance (45 GeV per beam), impressed the waiting audience by quickly takin...
For CERN's new LHC proton collider, superconducting magnets will not be the only super- conducting technology in the 27 km ring.
On the morning of 26 May 1999, physicists recorded the first events in the large BaBar detector at the asymmetric B-factory at the Stanford Linear Accelerator Center.
CERN's LEP electronpositron collider has underlined the importance of precision measurements in particle physics.