University of Heidelberg

Research Group

  • Dr. Kseniia Sysoliatina
  • Extending the analytic chemodynamical evolution model of the Milky Way disc
  • Branislav Avramov
  • Dynamical evolution of supermassive black holes in galactic nuclei
  • Peekarn Choochaow
  • Dynamical Evolution of Supermassive Black Holes
  • Anastasiya Kapinskaya
  • Dynamical Evolution of Supermassive Black Hole Triples
  • Akash Vani
  • Properties of stellar Polulations in the JJ-model based on Gaia EDR3 data
  • Christoph West
  • Dynamical modeling of open star clusters
  • Lukas Hof
  • Roche volume filling of open clusters
    Collaborators at ARI
  • Dr. Manuel Arca Sedda
  • Stellar dynamics, black hole formation, and gravitational waves emission
  • Gaia Fabj
  • Star-disc interactions in active galactic nuclei
    Former members
  • Lukas Weis (BSc)
  • Modeling of the open star cluster Praesepe by means of numerical N-Body simulations
  • Clara McKellar (BSc)
  • Dynamical analysis of the Pleiades star cluster using N-body simulations
  • Matteo Mazzarini (PhD)
  • A numerical investigation of the Milky Way and of the satellite tidal debris in the Galactic environment
  • Bartosz Capecki (BSc)
  • Dynamical models of open star clusters
  • Omar Al-Bazaz (BSc)
  • Data analysis and modelling of the open cluster Praesepe
  • Taras Panamarev (PhD)
  • Dynamical interaction of supermassive black hole with the surrounding stellar system
  • Reza Moetazedian (PhD)
  • Dynamical interaction of satellite galaxies and the Milky Way disc
  • Metty Jung (BSc)
  • Rotation curve and mass models of the Milky Way
  • Ioanna Koutsouridou (MSc)
  • Modelling the radial chemodynamical structure of the Milky Way disc
  • Albrecht Kamlah (BSc)
  • Mass models of the Milky Way
  • Tina Gier (MSc)
  • Chemical evolution of the solar neighbourhood in the framework of a dynamical disk model
  • Jan Rybizki (PhD, now MPIA)
  • Building blocks of an analytic chemodynamical evolution model of the Milky Way disc
  • Thomas Noel (MSc)
  • Dissolution of open star clusters in the Milky Way disc
  • Alberto Nardin (PhD)
  • Analytic study of the stellar kinematics in the extended solar neighbourhood
  • Simon Sauer (BSc)
  • Chemical evolution models of the solar neighbourhood
  • Difeng Guo (MSc)
  • Dynamical heating in the Milky Way's disk by satellite galaxies
  • Andreas Baumbach (BSc)
  • About numerical error estimation in N-body simulations
  • Dr. Andreas Ernst (Postdoc)
  • Studying the dynamics of star clusters in tidal fields with N-body simulations
  • Tobias Buck (BSc)
  • Modelling of the Hyades using numerical N-Body Simulations
  • Oleksiy Golubov (PhD)
  • Theoretical modelling of stellar dynamics in the Milky Way disc using RAVE and SEGUE data
  • Philipp Schlüter (BSc)
  • Modelling of the Plejades using numerical N-Body Simulations
  • Fazeel Mahmood Khan (PhD)
  • Dynamics and Evolution of Supermassive Black Holes in Merging Galaxies (Dissertation)
  • Shuang Gao (PhD)
  • Empirical Models of the Milky Way at the North Galactic Pole based on SDSS Photometric Data (Dissertation)
  • Tobias Brandt (Diplom)
  • Heating of the Galactic disc by satellite mergers