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Preparation for the BaBar experiment at the SLAC B-factory. |
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Preparation for the design and construction of the ATLAS
detector at the Large Hadron Collider (LHC). LHC is a proton-proton colliding beam machine to be built at CERN. |
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Data taking at the Zo
peak (LEP I) and at LEP II (200 GeV) using the
ALEPH detector at LEP, which started in August 1989. Research on LEP physics will continue until 2000. Some of the highlights of the |
| physics accomplished by me and my group so far have been: the | |
| determination of the number of families with light neutrinos to be | |
three, the mass and width of Zo,
sin2 w, determination
of the top |
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| quark mass from electroweak parameters, the Higgs boson mass | |
| limit from LEP I, the first evidence for B baryons (Lb), the first | |
| evidence for B mesons with strangeness (Bs) and their masses and | |
| lifetimes; results on oscillations of neutral Bd and Bs and for LEP II, | |
| mass limits for the Higgs boson and SUSY particles. |
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Preparation and construction of the ALEPH detector for
the
e+e- machine LEP at CERN, Geneva, Switzerland, to study the production and decays of the neutral intermediate boson |
Zo
and the production of the charged intermediate bosons  . |
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Research carried out at the Deutsches Elektronen-Synchrotron
(DESY), Hamburg, Germany to study e+e- colliding beam physics using the detector TASSO and the machine PETRA. |
| One of my major contributions to this research was that I played | |
| the leading role in the discovery of the gluon in 1979. |