
L3+C = new tool set to study cosmic-ray muons
Also under way at CERN is the L3 experiment at LEP, which has installed a 200 sq. m screen of scintillator to intercept comic rays arriving from the atmosphere.
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Also under way at CERN is the L3 experiment at LEP, which has installed a 200 sq. m screen of scintillator to intercept comic rays arriving from the atmosphere.
Deep in a former Minnesota iron mine, scientists and government officials recently wielded pickaxes to chip away, at least symbolically, at the mysteries surrounding the subatomic particles known as n...
On 1 June, after five years of planning and five years of construction, the BELLE detector recorded its first B meson events at the KEKB electronpositron B-factory in Tsukuba, Japan. During this fir...
The BES II spectrometer at the Beijing electronpositron collider (BEPC) has completed a measurement of hadron production rates over the 25 GeV energy range which is valuable input for Standard Mod...
A major new spectrometer that is being installed at CERN will be a flagship fixed-target experiment for the millennium. Its voracious appetite for data requires new computing solutions, opening the do...
From 2 to 12 June 1998, AMS was the primary payload of NASA's Space Shuttle Discovery in orbit 400 km above the Earth.
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.
A spaceborne particle physics experiment has come up with new information on the distribution of cosmic-ray particles.
The DAFNE electronpositron collider at Frascati and its KLOE detector are flexing their muscles.