- ホーム
- > 洋書
- > ドイツ書
- > Mathematics, Sciences & Technology
- > Sciences
- > sciences generally
Description
(Table of content)
Biographical note.- Limits on like-sign dilepton production in neutrino interactions.- Electroproduction at very small values of the scaling variable.- Space resolution of a large time projection chamber.- Forecast on the future of gaseous detectors.- The involvement of scientists in national security issues.- Neutral currents.- How well do we know the parton distributions in the nucleon from deep inelastic scattering experiments?.- Physics at LEP.- Future prospects for elementary particle physics: High and low energy probes.- Meson masses in a quark model with self-consistent pion couplings.- Quark and lepton mixing in weak interactions.- Physics with the TEVATRON.- Quantum numbers of the gluon.- The physics in the Z0 energy regime.- Technical limits on colliders for high energy physics.- Experimental observation of some of the properties of the intermediate vector bosons.- Reminiscences of Columbia.- Jack Steinberger - The best teacher I have known.- J. Steinberger and the early days of pion physics.- Is KNO scaling valid for two jet events in e+e? Collisions?.
(Author portrait)
Konrad Kleinknecht, geboren 1940 in Ravensburg, studierte in München und Heidelberg Physik und Mathematik. Er lehrte und forschte an den Universitäten Heidelberg und Dortmund, am California Institute of Technology, der Harvard University und am CERN in Genf. Seit 1985 ist er Professor für Physik an der Universität Mainz. Für seine Arbeiten erhielt er zahlreiche Preise, u.a. den Leibniz-Preis der Deutschen Forschungsgemeinschaft. Konrad Kleinknecht ist Klimabeauftragter der Deutschen Physikalischen Gesellschaft. Er erhielt 2007 die Stern-Gerlach-Medaille 2008, eine Auszeichnung der Deutschen Physikalischen Gesellschaft (DPG) im Bereich der experimentellen Physik.
Contents
Biographical note.- Limits on like-sign dilepton production in neutrino interactions.- Electroproduction at very small values of the scaling variable.- Space resolution of a large time projection chamber.- Forecast on the future of gaseous detectors.- The involvement of scientists in national security issues.- Neutral currents.- How well do we know the parton distributions in the nucleon from deep inelastic scattering experiments?.- Physics at LEP.- Future prospects for elementary particle physics: High and low energy probes.- Meson masses in a quark model with self-consistent pion couplings.- Quark and lepton mixing in weak interactions.- Physics with the TEVATRON.- Quantum numbers of the gluon.- The physics in the Z0 energy regime.- Technical limits on colliders for high energy physics.- Experimental observation of some of the properties of the intermediate vector bosons.- Reminiscences of Columbia.- Jack Steinberger — The best teacher I have known.- J. Steinberger and the early days of pion physics.- Is KNO scaling valid for two jet events in e+e? Collisions?.
