Tag archive: NIKHEF
Barry Barish | 11 February 2016
The direct detection of gravitational waves, announced today by the LIGO-VIRGO scientific collaborations, marks another great day in the history of fundamental research. It is the product of years of preparation, data taking and hard scientific work and provides just as many answers as new questions to physics. One man has witnessed the project’s history and its breakthrough first hand and provides his personal view of the story (and what it means for other science projects): former ILC Director Barry Barish.
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Feature | Tagged:
Barish, Caltech, CNRS, Einstein, gravitational waves, ILC, INFN, LIGO, MIT, NIKHEF, Virgo
Barbara Warmbein | 16 April 2015
An alternative technology for the ILD detector’s TPC tracker shows good results in a test beam at DESY. While the Large Hadron Collider saw its first circulating protons since many months, a detector technology for the time projection chamber of a future ILC detector saw some 1.5 million events in one week. Due to its specific technology, it probably has more channels than any other TPC so far.
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Around the World | Tagged:
CEA Saclay, CERN, DESY, detector R&D, GEM, ILD, InGrid, Micromegas, NIKHEF, test beam, timepix, TPC, University of Bonn, University of Siegen
Barbara Warmbein | 15 November 2007
The Netherlands might not fill a lot of space on a map, but that does not mean that the Dutch aren’t filling crucial positions in many different high-energy physics projects – including the ILC. The proposed particle accelerator falls on a long list of projects in which the Dutch national institute for subatomic physics (NIKHEF) and renowned universities are involved: ATLAS, LHCb and ALICE at the LHC, Antares, a neutrino telescope in the Mediterranean Sea, the Pierre Auger observatory, ZEUS, H1 and HERMES at HERA, D0, Babar, STAR… u vraagt, zij draaien (you name it, they’ve got it).
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Around the World | Tagged:
NIKHEF
Perrine Royole-Degieux | 1 November 2007
Digitisation - a key word that could lead to smaller and simpler detectors. Two weeks ago, at Saclay, France, the CEA Time Projection Chamber group of Paul Colas proved it could build a digital TPC for the ILC. A truly collaborative effort, this breakthrough could significantly reduce the cost and simplify the implementation of this sub-detector.
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Feature | Tagged:
CEA, CERN, CMOS, detector R&D, Medipix, NIKHEF, time projection chamber, TPC
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