Channelling produces new sources of positrons
For future electron-positron linear colliders, high-intensity electron and positron beams are needed.
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For future electron-positron linear colliders, high-intensity electron and positron beams are needed.
In a major boost for future plans, an international team based at DESY has achieved maximum light amplification from a free-electron laser (FEL) for ultraviolet radiation.
A model set up at Munich’s Ludwig-Maximilians University has for the first time achieved a high level of “crystallization” of particle beams in a ring. The particles orbiting in conv...
Radiofrequency (RF) electric fields provide the motive power for high-energy accelerators.
Cornell University in New York managed for a long time to keep pace with major national laboratories. Experiments at Cornell provided many important contributions to the physics of B-mesons - parti...
Lucio Rossi reviews in 2001 Superconducting Materials for High Energy Colliders.
After coming into operation last year, CERN's Antiproton Decelerator (AD) has got up to speed for physics this year.
A second ring is now being planned for the Beijing Electron-Positron Collider (BEPC) at the Institute of High Energy Physics (IHEP).
The 4 km circumference Relativistic Heavy Ion Collider (RHIC) at the Brookhaven Laboratory is now running at its full design nucleon collision energy of 200 GeV and physics expectations are high.
In October 2001, production of the specialised magnets that perform specific tasks, such as final focus, and injection and extraction of beams, was in full swing.