Supported by

Forschungszentrum Jülich

CRC 110

HISKP, University of Bonn

HIC for FAIR

Program

The school starts on Monday morning and ends on Friday afternoon. Each day there will be morning lectures and working groups in the afternoon. The goal for each working group is to prepare a proposal based on selected experiments approved or planned. The working groups will present their results on Friday.

Preliminary Schedule:

	Monday Sep 24	Tuesday Sep 25	Wednesday Sep 26	Thursday Sep 27	Friday Sep 28
9:00-9:45	Registration Welcome	Experimental Methods 2 M.Wolke	Experimental Methods 3 M.Wolke	Heavy Quarks T.Stockmanns	Working Group Presentations
10:00-10:45	Introduction to Hadron Physics B.Kubis	Theory on Exotic Hadrons Ch.Hanhart	Amplitude Analysis S.Neubert	Statistics/Analysis E.Prencipe
10:45	Coffee
11:05-11:50	Accelerator Physics A.Lehrach	Baryon Spectroscopy A.Thiel	Electric Dipole Moments V.Hejny	Laser Plasma A.Hützen	Working Group Presentations
12:00	Lunch
13:30-14:15	Introduction to Working Groups	Working Groups ends 15:00	Working Groups	Working Groups	Working Group Presentations
14:30-15:15	Dispersion Theory B.Kubis
15:15	Coffee	15:00 bus COSY Tour	Coffee
15:45-16:30	Experimental Methods 1 M.Wolke		Working Groups	Working Groups
16:45-17:30	Neutrino Physics L.Ludhova
17:30-18:00	Initial Working Group Meetings
Evening	Dinner	BBQ	Dinner	Dinner

The lectures are 45 min with a 15 min break afterwards. Dinner usually starts around 18:30. The remaining free time in the evenings may be used by the working groups for further self-organised discussions. The school ends Friday after the working group presentations.

The following working groups are offered. A short outline of each group is linked (those which are missing will follow soon):

1. Designing a Multipurpose Neutrino Detector (abstract)
   Z. Bagdasarian, Y. Cheng, L. Ludhova
2. Measurement of Electric Dipole Moments in Storage Rings (abstract)
   V. Hejny, A. Lehrach, A. Wirzba
3. Polarized Proton Beams from Laser-Plasma Accelerators (abstract)
   M. Büscher, I. Engin, A. Hützen
4. Measurement of the Line Shape of Narrow Exotic States (abstract)
   C. Hanhart, E. Prencipe
5. Detector Physics focused on Spectroscopy Measurements (abstract)
   T. Stockmanns, Q. Wang
6. Baryon Spectroscopy (abstract)
   H. van Pee, D. Rönchen
7. Light Meson Transition Form Factors (abstract)
   B. Kubis, M. Schever
8. Modern Amplitude Analysis Techniques (abstract)
   M. Mikhasenko, S. Neubert

Every participant will join one of these working groups. Following the general philosophy of the summer school the participants should select a working group which is not close to his/her current research field!