Enter the quasiparticle trapping transistor
A new device that can operate in close proximity to highly sensitive superconducting sensors could open up new detector possibilities.
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A new device that can operate in close proximity to highly sensitive superconducting sensors could open up new detector possibilities.
The Japanese KEK laboratory has for the first time demonstrated an alternative method of accelerating protons to high energy - the fixed-field, alternating gradient (FFAG) synchrotron.
The Grid, a highly distributed computing environment that is seen by many as a step beyond the World Wide Web, is catalysing many new computing developments.
Covering a volume of 17 000 metres cubic, the muon system of the ATLAS experiment at CERN's Large Hadron Collider will be one of the largest particle detector systems ever built.
Recent years have seen a transformation of many areas of astronomy. New instrumentation makes arcsecond resolution almost commonplace across the whole electromagnetic spectrum, where previously it was...
The year 2000 sees the debut of a new kind of precision physics. It formally began with the opening plenary talks at the International Conference on High Energy Physics, the biennial particle physic...
A neutrino experiment at Fermilab has seen the first direct evidence for the tau neutrino, the most elusive of the 12 particles that make up the Standard Model picture of the fundamental structure o...
Energen of Billerica, Massachusetts, has been selected as winner of the WPI Venture Forum's 7th Annual Business Plan Contest.
Announced at the recent Neutrino 2000 meeting in Sudbury, Canada, were the first results from the K2K long-distance neutrino beam experiment in Japan. For the first time, synthetic neutrinos made in...
Now coming into action for physics is CERN's new Antiproton Decelerator, opening another chapter of CERN's tradition of physics with antiprotons.