150 citations · 800 across the 19 of their papers we have counts for
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The Fate of Weakly Bound Light Nuclei in Central Collider Experiments: a Challenge in Favor of a Late Continuous Decoupling Mechanism
Jörn Knoll
Arguments are presented that the reaction products of central high energy nuclear collisions up to collider energies can rigorously be interpreted in terms of a continuous decoupli…
Selfconsistent descriptions of vector-mesons in hot matter revisited
F. Riek, Jörn Knoll
Technical concepts are presented that improve the selfconsistent treatment of vector-mesons in a hot and dense medium. First applications concern an interacting gas of pions and rh…
Renormalization of Self-consistent Approximation schemes Finite Temperature II: Applications to the Sunset Diagram
H. van Hees, J. Knoll
The theoretical concepts for the renormalization of self-consistent Dyson resummations, deviced in the first paper of this series, are applied to first example cases for the -…
Renormalization in Self-Consistent Approximations schemes at Finite Temperature I: Theory
H. Hees, J. Knoll
Within finite temperature field theory, we show that truncated non-perturbative self-consistent Dyson resummation schemes can be renormalized with local counter-terms defined at th…
Finite pion width effects on the rho--meson
H. van Hees, Joern Knoll
We study the influence of the finite damping width of pions on the in-medium properties of the rho-meson in an interacting meson gas model at finite temperature. Using vector domin…
Finite pion width effects on the rho-meson and di-lepton spectra
Hendrik van Hees, Jörn Knoll
Within a field theoretical model where all damping width effects are treated self-consistently we study the changes of the spectral properties of rho-mesons due to the finite dampi…