Research Interests

Academic Awards and Honours


outdated scientific CV [pdf, 2017/09]


INSPIRE publication list
arXiv e-prints list
Google scholar publication list


My main research focus deals with out-of-equilibrium situations. In order to deepen our understanding of the strong interaction force, I have been using a variety of techniques and insights from high cohomogeneity real time dynamics, non-equilibrium statistical mechanics, thermal field theory, Monte Carlo simulations, classical Yang-Mills evolution, numerical general relativity, holography and string theory. My research exploits numerical simulations to bridge field theoretical first principles approaches with newest experimental results from extreme matter produced at ultra-relativistic hadronic collisions:
Non-conformal shockwave evolution
Typical non-conformal shockwave evolution

Scalar condensate evolution
Scalar condensate evolution