Scientific Seminars and Workshops

Introduction from Prof. SCHOPPER to the discovey of the intermediate boson. Historical and scientifical approach of this discovery by R. CARRERAS..

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Latest Results of the $W^{\pm}$ and the $Z^{0}$ Search by the UA1 Experiment.

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Latest Results of the $W^{\pm}$ and the $Z^{0}$ Search by the UA1 Experiment.

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The speaker, A. de RUJULA, will remind the audience of aspects of the work, the principles and the humor of A. SACHAROV..

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The invisible mass of our galaxy or our universe may be in the form of 'nucleorites', nuggets of hadronic matter containing similar numbers of up, down and strange quarks. The mass of a nucleorite may range from a few Gev/c*c to the mass of a nucleon star. The speaker, S. L. GLASHOW, describes what happens when nucleorites of different masses hit detectors of different sizes..

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The goal of this talk is to show the importance of quantum physics in life and nature..

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For the occasion of the inauguration of the gravitaional wave detector, professor AMALDI introduces the theory and the experiment about the gravittational waves..

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Festschrift Rubbia (Carlo) and Van der Meer (Simon) to celebrate their Nobel prizes.

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The John Adams' Memorial Lecture will be an annual event which in futur years will provide young and promising accelerator engineers and physicists with an opportunity to expose their work in the accelerator field. The inaugural lecture will put the many very important contribution of John Adams into perspective, not only with respect to CERN, but also with respect to the development of high energy physics in the world..

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Lecture Festschrift Jack Steinberger on the occasion of his 65th birthday.

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Physics at LEP stopped early on Monday 9 october for a scheduled one-week shutdown. The final days of this run were extremely profitable for the four experiments, with the machine colliding substantial electron and positron beams practically non-stop. The superconducting 'low-beta' magnets to compress the beams and increase the collision rate in the experimental areas made their debut for physics, pushing luminosity levels for the first time above 10 to the 30. The machine also made two systematic sweeps of the energy region around 91 GeV, so that the experiments could make a precision fix on the famous Z resonance. With improvements during the shutdown and with increased expertise from machine development studies, collision rates should continue to improve. Between them, the experiments - ALEPH, OPAL, DELPHI, and L3 - have accumulated more than ten thousand examples of Z particles, and first physics results should soon emerge. S. Ting presents the results of L3. A. Michelini presents the results of OPAL..

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Arrival of the various official delegations..

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