Provisional Program for the Antiproton Workshop

NAMES OF persons imply a short opening talk and leadership of a group 
discussion

	Tuesday morning:
	
9:00		David Hertzog:					
			Opening of pbar part of workshop
			Short overview on physics topics.

		David Peaslee (Maryland)			
			Short overview about beam situation at AGS
			and options for the future

		David Urner			
			General detector issues
	
	Physics Topics

9:45		Klaus Rohrich (Julich)
		Hyperon-Antihyperon mainly above 2 GeV

10:45 		Coffee

11:10		Billy Bonner (Rice)
		pbar p -> Lbar - L(1405) and radiative decays;
			competitive with CEBAF?
		
12:30  		Lunch

1:45		Ted Barnes (Oak Ridge)
			Topics on exotic spectroscopy			
		

		David Hertzog (Illinois)				
			Search for the X(2230) using the existing
			D6 beamline

		Curtis Meyer (CMU)* (not confirmed)
			Anihilation in flight.

4:00		Coffee / Colloq follows


Wednesday May 15.

9:00		David Peaslee / Y.Y.Lee* (YY not yet confirmed)
			Scheme for using the ags booster to store and deliver
			antiprotons

		Gerry Smith (PSU)
			Interest in the ultra-low-energy antiprotons --
			trapping, antihydrogen formation, CPT tests.

10:45 		Coffee

11:10		Kam Seth (Northwestern)
			Extracting the J/Psi - Nucleon cross section by 
			forming J/Psi on resonance in a variety of nuclear
			targets

		
12:30		Lunch

1:45		Phil Pile (BNL)
			a) The D6 beamline
			b) Possibilities for a new 1-5 GeV/c pbar beam line

		Jaap Doornbos (TRIUMF)
			RF separated beams

		Slava Derbenev
			Specific ideas for an electron cooler for an 
			antiproton ring

15:30 		Coffee

16:00		Joint meeting with Nefken's working group on possible
		use of the Crystal Ball for antiproton experiments

Thursday May 16.

9:00		Kam Seth * (not yet confirmed)
		Where are we so far on the physics discussion?

		David Urner (Illinois)
		Some ideas about possible detector(s)

		This should lead to a discussion about a detector(s)
		which could be used for all (most) of the proposed
		experiments

10:45		Coffee

11:10		Continuation and finaly:

		David Hertzog (Illinois)
		Putting this deversity together -- what sells and what it costs

		Preparing our summary for the overall workshop
		(all of us)

May I ask from all the speakers and proponents of experiments to think about
the following points, and to point them out in there talks:
	
	number of pbar's needed (not including detector acceptance!)
	why must it be a pbar experiment and nothing else?
	Exists a minimum setup which would already generate interesting 
		physical results?
	are there special requirements to the beam-line (momentum resolution..)