Comments on Courses and Lectures:

Course	Type	Day	Time	Room	Beginning	Instructor	CPs	Co.No.
Physics with relativistic heavy ions	L2	Thu	16.15-17.55	S214/208	04/18	Braun-Munzinger	7,0	05.134.1
Physics with relativistic heavy ions	E1	Fri	16.15-17.00	S214/208	04/19	Braun-Munzinger/ Miskowiec		05.134.2

Syllabus:

0. Introduction, Phase Diagram of Nuclear Matter, Connection to the Big Bang 1. Relativistic Kinematics 2. Differential Cross Sections 3. Particle Production at High Energies 4. Lattice QCD and Phase transition to the Quark-Gluon Plasma 5. Thermodynamics of Relativistic Gases 6. Experimental Aspects a. Interaction of Particles with Matter b. Detectors for Particle Radiation 7. Production of a New State of Matter in Heavy Ion Collisions at the AGS and SPS Accelerators 8. First Results from RHIC 9. Outlook, The Collidier era at LHC

Prerequisites (necessary knowledge):

A Course in Modern Physics equivalent to Physik IV and an Introductory Course in Nuclear or Particle Physics or equivalent.

Relevant Literature:

Introduction to Relativistic Heavy Ion Physics, L.P. Csernai, John Wiley and Sons, Chichester, England, 1994

Course Cycle:

every summer semester

Course Language:

German or optionally English