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Roman Pasechnik

Department of Astronomy and Theoretical Physics
Lund University
Sölvegatan 14A
S 223 62 Lund

phone: +46 46 222 31 92



My main research interests are in high-energy Particle Physics and Cosmology.
These primarily concern the following topics:

  • Theoretical QCD approach to soft and diffractive processes in pp collisions at LHC. Analysis of vast diffractive phenomenology at the LHC including central and forward exclusive particle/jets production processes. Exclusive QCD backgrounds for the New Physics signals at the LHC. Diffractive Monte-Carlo development.

  • Precision study of polarization effects and their sensitivity to QCD production mechanisms and the higher-order QCD corrections in the heavy quarkonia and jets spectra at the LHC. Theoretical aspects of QCD factorisation.

  • Analysis of extensions of the Standard Model without the low-scale supersymmetry. LHC phenomenology of extra gauge and Higgs bosons. cosmological implications of new symmetries and light Dark Matter components. Combined analysis of collider and astrophysical observables of the Dark Matter and other New Physics signals.

  • Stability and dynamics of the Vacuum in the Standard Model and beyond; formation and dynamical properties of the Dark Energy, cosmological Perturbation Theory and the Cosmic Microwave background studies; astrophysical implications and consequences of the QCD and electro-weak vacuum dynamics in Early Universe.
  • Teaching

    I teach the following courses at Lund University:

  • Classical Mechanics

  • Cosmology and Astroparticle Physics

  • Publications

    List of publications on INSPIRE.