ISAC achieves 10 µA
The new isotope separator and accelerator facility at the Canadian TRIUMF laboratory passed a milestone on 28 July when the proton current on target was raised to 10 µA, making it the highest intensi...
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The new isotope separator and accelerator facility at the Canadian TRIUMF laboratory passed a milestone on 28 July when the proton current on target was raised to 10 µA, making it the highest intensi...
In the last 10 years electroweak, physics has been transformed from a subtle effect into big science. At the forefront of this effort has been CERN's LEP electronpositron collider, which is now cele...
The BaBar experiment represents “a new mode of US experimentation”, said Stanford Linear Accelerator Center (SLAC) director Burt Richter at the experiment’s formal dedication on 13 A...
The physics of B particles is a major new focus of world particle physics research. A session at the recent lepton-photon symposium provided a useful overview.
Cyclotrons 1998 was the fifteenth in a series of international conferences initiated in 1959. Cyclotrons are used in basic and applied research, radiotherapy and nuclear medicine. Included is a comple...
During August, work continued to establish circulating beams of nuclei in the two rings of Brookhaven's Relativistic Heavy Ion Collider.
On 2 August, a decade after the initial commissioning at 45 GeV per beam, CERN's LEP storage ring has collided 100 GeV beams of electrons and positrons, giving a total energy of 200 GeV.
On 16 July, a beam of gold nuclei circulated one of the two rings of Brookhaven's Relativistic Heavy-Ion Collider for the first time.
The HERA collider at DESY, Hamburg, has been operating with proton and electron (or positron) beams since it was commissioned in 1991.
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.