Experimental Elementary Particle Physics
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The Syracuse University, SU, group has played a major role                 in all aspects of the study of e+e- collisions at the Cornell                   Electron Storage Ring, CESR.  This collaborative work began                     more than a decade ago and is expected to continue in the                       future.  The new CESR/CLEO II detector, combined with the ultra                 high luminosity of CESR, and excellent scientific                               collaboration constitutes the best research center in the world                 for studying the heaviest quark presently known, the b quark.                   Understanding the physics of the b quark is one of the most                     important research objectives in particle physics today.  The                   research advantage at CESR/CLEO II is expected to exist for                     several more years.  In the next few years, the CESR luminosity                 is expected to become a factor of 20 higher than the DORIS                      machine at DESY in West Germany.  (DORIS is the only other                      facility in the world presently capable of doing b physics.)                         The field of research is that of experimental elementary                   particle physics.  This research studies the basic building                     blocks of matter (e.g., electrons, positrons, quarks and weak                   bosons) at very high energies.  The experiments use                             accelerators (colliders) which provide the highest energy                       particles made in the laboratory.  The data is collected and                    analyzed using highly complex and sophisticated apparatus and                   techniques.
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{'Code': '122100', 'Text': 'HEP-High Energy Physics'}
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