Students

Boundary Conditions for a Thin Accretion Disk

Numerical Study of Gaseous Dynamical Friction [PDF]

The Eccentric Evolution of Circumbinary Gas Disks [PDF]

Generalizing the Gasueous Dynamical Friction Force to Keplerian Orbits [PDF]

Dynamical aspects of self-gravitating disks [PDF]

Instabilities in weakly magnetized, hot, heterogeneous plasmas [PDF]

Eccentric Evolution of Circumbinary Disks

Black Hole Binaries in Astrophysical Environments

Traces of planets imprinted in the dust of protoplanetary disks [PDF]

Multispecies Dynamics in Weakly Ionized Dusty Protoplanetary Disks [PDF]

On the dynamics of dust, magnetohydrodynamics of disks and atmospheric radiation of planets [PDF]

Weakly Collisional and Collisionless Astrophysical Plasmas [PDF]

This thesis investigated the impact of planets onto the surrounding dust structure and how these modifications can lead to observable or measurable signatures. It employs an interdisciplinary approach, combining theory, cosmochemistry and telescope observations, in order to validate and falsify specific scenarios.