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Modeling (anti)deuteron formation at RHIC with a geometric coalescence model
Apiwit Kittiratpattana, Michael Florian Wondrak, Medina Hamzic +3
We study (anti)deuteron formation rates in heavy-ion collisions in the framework of a wave-function based coalescence model. The main feature of our model is that nucleons are emit…
Early-Stage Shear Viscosity far from Equilibrium via Holography
Michael F. Wondrak, Matthias Kaminski, Marcus Bleicher
Shear viscosity is a crucial property of QCD matter which determines the collective behavior of the the quark-gluon plasma (QGP) in ultrarelativistic heavy-ion collisions. Extendin…
Deuteron and Antideuteron Coalescence in Heavy-Ion Collisions: Energy Dependence of the Formation Geometry
Apiwit Kittiratpattana, Michael Florian Wondrak, Medina Hamzic +3
We investigate the collision energy dependence of deuteron and antideuteron emission in the RHIC-BES low- to mid-energy range GeV where the formation rate…
Shear transport far from equilibrium via holography
Michael F. Wondrak, Matthias Kaminski, Marcus Bleicher
In heavy-ion collisions, the quark-gluon plasma is produced far from equilibrium. This regime is currently inaccessible by quantum chromodynamics (QCD) computations. We calculate s…
Planck scale black holes - Theory vs. observations
Michael Florian Wondrak, Piero Nicolini, Marcus Bleicher
In this paper we present the status of the physics of Planck scale black holes with particular reference to their conjectured production in particle accelerator experiments at the…
Unparticle contribution to the hydrogen atom ground state energy
Michael F. Wondrak, Piero Nicolini, Marcus Bleicher
In the present work we study the effect of unparticle modified static potentials on the energy levels of the hydrogen atom. By using Rayleigh-Schrödinger perturbation theory, we ob…