activity
19962003
most citedDilepton production in heavy ion collisions at intermediate energies

65 citations · 184 across the 9 of their papers we have counts for

collaborators

9 papers

nucl-th2003★ 65 cited

Dilepton production in heavy ion collisions at intermediate energies

K. Shekhter, C. Fuchs, Amand Faessler +2

We present a unified description of the vector meson and dilepton production in elementary and in heavy ion reactions. The production of vector mesons () is described via the…

nucl-th2002★ 37 cited

Covariant kaon dynamics and kaon flow in heavy ion collisions

Yu-Ming Zheng, C. Fuchs, Amand Faessler +3

The influence of the chiral mean field on the transverse flow in heavy ion collisions at SIS energy is investigated within covariant kaon dynamics. For the kaon mesons inside…

nucl-th2002★ 35 cited

Off-shell omega production in proton-proton collisions near threshold

C. Fuchs, M. I. Krivoruchenko, H. L. Yadav +3

The omega production in nucleon-nucleon collisions is described through the decay of intermediate nuclear resonances. Close to threshold the pp --> pp omega cross section is domina…

nucl-th2001★ 14 cited

The nuclear equation of state probed by production in heavy ion collisions

C. Fuchs, Amand Faessler, S. El-Basaouny +1

The dependence of production on the nuclear equation of state is investigated in heavy ion collisions. An increase of the excitation function of multiplicities obtained…

hep-th2000★ 7 cited

A uniform model of the massive spinning particle in any dimension

S. L. Lyakhovich, A. A. Sharapov, K. M. Shekhter

The general model of an arbitrary spin massive particle in any dimensional space-time is derived on the basis of Kirillov - Kostant - Souriau approach. It is shown that the model a…

hep-th1998

Massive spinning particle in any dimension. II. (Half-)integer spins

S. L. Lyakhovich, A. A. Sharapov, K. M. Shekhter

The general model of an arbitrary spin massive particle in any dimensional space-time is derived on the basis of Kirillov - Kostant - Souriau approach. Keywords: spinning particles…