Theoretical Nuclear and Elementary Particle Physics

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This research group is a part of the Institute of Theoretical Physics of the Physics department at the University of Bremen.


Prof.Dr. Cornelius C. Noack (retired since fall 2000)
                                     NW1              O-3150     +49 (421) 218-2427
                                     Sekretariat:   O-3140                              -2422
                                     Fax:                                                           -4869
                                    

Former members of the research group (1999 - 2001):

Holger Fricke (Bujotzek)
         (now at Fraunhofer-Inst. -IFAM- Bremen)
Volker Börchers
         (now with Tecon Systems AG, Köln
Stefan Gieseke
         (now at Inst.Theor.Physics, Univ. Karlsruhe)
Gunnar Martens
         (now at Inst.Theor.Physics, Univ. Frankfurt)
Jochen Meyer
         (now with Accenture Germany)
Jens Hollwedel
         (now at Inst.f. Umweltphysik, Univ. Heidelberg)
Raimund Kammering
         (now at XFEL/DESY, Hamburg)
Punya Merwanji
         (now with SuSe/Stuttgart)


Poincaré-Covariant-Dynamics

One of the main fields of interest of this research group lies in simulating heavy ions collisions with cascade models. For this purpose it is necessary to understand the dynamics of interacting point particles at high energies. The description of this dynamics developed by our group is named Poincaré-Covariant-Dynamics (PCD).
An introduction to PCD can be found in the following papers:

Poincaré-Covariant Parton Cascade (PCPC)

On the basis of PCD we developed a cascade code to simulate ultra-relativistic heavy ion collisions. This code, which is available in the OSCAR-Archive , is described in more detail in:
             V. Börchers, S. Gieseke, G./ Martens, J. Meyer, C. Noack,
                    Nucl.Phys. A 661 (1999),587c [ contrib.paper at Quark Matter '99 (Torino) ]
                         ( hep-ph/9907215)
                    Phys. Rev. C 62, 064903 (2000)
                         ( hep-ph/0006038)

             Some remarks concerning the causality of parton cascades were presented (ccn) on a poster at Quark Matter '04 (Oakland)
                         ( hep-ph/0312365)

Another variant of this approach (based on the concept of constraint dynamics) is used in

and leads to an alternate parton cascade model:

A confined parton cascade (CPC)

Details cf. H.W.Fricke: (CPC), Ph.D. thesis and simulation program, May 1999 

Some external links


send comments on this page to:   C.C.Noack    (address cf. above)
© Prof. Cornelius C. Noack 2005 Jan. 18