Astronomy and Astrophysics – Astrophysics
Scientific paper
Jul 1994
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1994nwu..reptq....r&link_type=abstract
Annual Progress Report, 1 Jul. 1993 - 30 Jun. 1994 Northwestern Univ., Evanston, IL.
Astronomy and Astrophysics
Astrophysics
Charm (Particle Physics), Computer Techniques, Electromagnetic Compatibility, Hadrons, High Energy Interactions, Industrial Plants, Mesons, Nucleons, Photoproduction, Quarks, Theoretical Physics, Astrophysics, Muons, Particle Decay, Thermal Plasmas, Vector Mesons
Scientific paper
Progress on Task A centered around data analysis. E835 is now approved. It will extend E760 studies, exploring new charmonium states and featuring an upgraded detector system plus operation at 4--6 times higher luminosity. Results are given on E760 analysis. Task B has 10 papers that have either appeared in print, or have been prepared for publication. They break down into four categories; experimental physics, theoretical physics, and computer computational techniques. They are described here along with an exciting new experimental proposal to use Da(Phi)ne, the (Phi) factory that is being constructed at Frascati National Laboratory. Progress for Task C which includes participating in the D0 project at TeV 1, and the photoproduction experiment, E687, at TeV 2 is given. While Northwestern is not participating in the top quark physics group at D0, they have been involved in the data analysis and the discussions that led to the limits on the top quark mass. Task D comprises the shared services for the Northwestern DOE contract. This includes the maintenance and operation of all computers within the HEP group. The projects supported by Task D during the past year are given. Task E progress was to resolve the apparent conflict between EMC, SMC, and SLAC results on nucleon structure functions and Bjorken sum rules. Task F covered research in hadronic decay of the tau, thermal field theory, plasma effects in astrophysics, and heavy quarkonium. Task G covers E665, a general purpose muon scattering experiment which can detect both the scattered muon and most charged and neutral hadrons produced in the forward region. The Northwest group has collaborated very closely in the past year with the Harvard group on analyses of structure functions and vector meson production in the 1991 data sample.
Block Martin
Braaten Eric
Buchholz David
Gobbi Bruno
Miller Donald
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