Workshop on AGS Experiments For the 21st Century

13-17 May 1996

By the year 2000, the AGS will be able to provide intensities exceeding 10^14 protons/pulse. Since the accelerator will be used only for about two hours per day as an injector to RHIC, the balance of the time could be made available for other physics purposes. As the highest intensity proton synchrotron in the world, the AGS could be the ideal facility for precision measurements and the study of rare processes in particle and nuclear physics. To explore and promote this possibility, the AGS-2000 Workshop, co-sponsored by Brookhaven and the U.S. Department of Energy, Division of High Energy Physics, will bring together scientists who would like to pursue the potential of such a facility. All interested parties are encouraged to participate.

The goal of AGS-2000 is to identify the best physics that can be performed with the AGS complex during the first decade of the next century. The Workshop will focus on a limited number of highly competitive new experiments. The aim of the Workshop is to produce a number of reports describing potential experiments for the AGS and to identify scientists who would like to pursue the development of complete proposals.

• K and eta decay
  • muon polarization measurements
  • K decay in flight
  • K+ => pi+,nu,nubar
  • K_L => pi0,nu,nubar
  • Rare eta meson decays
• Neutrinos
• Meson and baryon spectroscopy
  • Search for Strangeonium hybrids
  • Quark Mass Project
• Rare muon processes
• Anti-proton physics
• Strangeness physics
• High baryon density heavy ion physics
• Exclusive processes and polarization
• H searches/H physics
• The 1.5T Muon Storage Ring. Experiments after (g-2)
• Light gluino searches

• Interactive registration
• Registration form (for printing out)