Arbeitsgruppe Planetenentstehung am ITA
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About this group
The planet formation group at the Institute for Theoretical Astrophysics was founded in November 2010. The group studies how planets and exoplanets are formed from cosmic dust in protoplanetary disk. We do this with numerical modeling, focusing on:
- The structure, the formation and the evolution of planetary birthplaces (protoplanetary disks)
- The coagulation, fragmentation and motion of dust aggregates in these disks
- The formation of planetesimals (i.e. 1-100 km-size bodies such as comets and asteroids)
- The runaway and oligarchic growth of planetary embryos out of swarms of planetesimals
- The N-body interactions between newly formed planets.
- Kees Dullemond
- Michael Küffmeier
- Felipe Goicovic
Starting September 1, 2018. Postdoc, working on pebble accretion.
- Nicolas Brod Bach
Master student. Works on ice evaporation and condensation in surface layers of protoplanetary disks.
- Kevin Lange
Master student. Working on models of water in planetesimal interiors.
- Enrico Delibori
Guest master student. Working on hydro models of disks truncated by a companion.
- Aaron Schneider
Bachelor student. Working on outbursts of protoplanetary disk sources.
- Caroline Strunz
Bachelor student. Will work on rings in disks.
- Sareh Ataiee (Summer 2014)
Working together with Adriana Pohl on models planet-disk interaction.
- Nader Haghighipour (Fall 2014)
Visiting scientist at the ITA. Worked on planet formation around binary stars.
- Adriana Pohl (MPIA/ITA)
PhD student. Working on radiative transfer models of non-axisymmetric protoplanetary disks, trying to explain recent observed images of disks.
- Akimasa Kataoka
Postdoc (JSPS Fellow April 2015 - November 2016, Humboldt Fellow as of December 2016). Works on a new probe of dust grain sizes and shapes, using millimeter wave polarization as observed with ALMA, interpreting this as a result of "self-scattered" thermal emission from the dust.
- Sebastian Stammler
PhD student. Works on the role of ices in planet formation.
Formerly masters student in this group, working on chondrule formation in shocks in protoplanetary disks.
- Anna Penzlin
Master student. Working on dust dynamics in evolving protoplanetary disks.
- Alex Fontana
Master student. Working on radiative transfer in protoplanetary disks.
- Marlen Neubert
Bachelor student. Working on comparing the composition of protoplanetary dust compared to solar system composition.
- Veronika Oehl
Bachelor student. Working on warped disks.
- Kevin Lange
Bachelor student. Works on liquid water in planetesimal interiors.
- Fabian Scheuermann
Bachelor student. Works on dynamic stirring of planetesimals.
- Peter Rodenkirch
Bachelor student. Works on magneto-centrifugal wind effects on disk evolution.
- Inga Kristina Kerber
Bachelor student. Works on grain alignment.
- Sebastian Geiser
Bachelor student. Works on planet trapping in pressure bumps.
- Manuel Kramer
Bachelor student. Works on accretion of gas from an MC.
- Kai Salm
Master student. Working on N-body and Monte Carlo simulations of planet growth.
- Dan Cermak
Master student. Working on implicit hydrodynamics algorithms.
- Philipp Weber
Master student. Working on inner rims of transition disks.
- Maximilian Herrmann
Master student. Works on water delivery to Earth.
- Daniel Harsono
Postdoc. Works on chondrule formation processes, protoplanetary disks and planet formation.
- Elias Rombach
Bachelor student. Works on thermal evolution of planetesimal interiors.
- Matthew Herbst
Bachelor student. Works on non-planar disks.
- Tobias Jäger
Bachelor student. Works on re-accretion of chondrules onto planetesimals.
- Joshua Hähnel
Master student. Working on coagulation and the bouncing barrier.
- Jonas Höhrl
Bachelor student. Worked on radiative transfer in planetary atmospheres.
- Farzin Sereshti
Programmer. Working on the RADMC-3D code.
- Laszlo Szucs
PhD student. Worked on radiation-hydrodynamic models and synthetic observations of star forming regions, and their comparison to observations.
- Joanna Drazkowska
PhD student. Worked on connecting the small scale dust growth to large scale planet formation.
- Volker Gaibler
Postdoc. Worked as part of the SFB 881 collaboration on the Milky Way System, focusing on jets as a source of feedback in star formation.
- Jon Ramsey
Postdoc. Worked on disk photoevaporation, magneto-centrifugal disk winds, jets, outflows etc.
- Stefan Brems
Staatsexamen student, worked on coagulation of droplets in planetary atmospheres.
- Florian Eberhart
Projektpraktikum-student. Worked on the shock model of chondrule formation.
- Valentin Chelaru
Projektpraktikum-student. Worked on turbulent stirring of particles.
- Carsten Littek
Master student. Worked on N-body simulations of multiple-planet systems in a gas disk environment.
- Sebastian Lorek
Master student. Worked on N-body method for linking to stochastic planet formation codes.
- Eduard Bopp
Master student. Worked on gas flows around mini-planets in protoplanetary disks, and the potential for pebble accretion onto those objects.
- Kay Scholze
Bachelor student. Worked on disk eccentricity.
- Philipp Weber
Bachelor student. Working on modeling of pre-transitional disks.
- Paul Heeren
Bachelor student. Worked on gravitational contraction of dust clumps/clouds in protoplanetary disks.
- Fredrik Windmark
PhD student. Worked on modeling of particle collisions in protoplanetary disks based on laboratory data from the Duisburg laboratory.
- Paola Pinilla
Former PhD student. Worked on modeling of dust evolution in protoplanetary disks and radiative transfer models of such disks to compare to near-future ALMA and E-VLA data. Now Postdoc in Leiden.
- Sareh Ataiee
Former visiting PhD student. Worked on type I migration of multi-planet systems in the context of "planet factories" (local hotspots of planet formation). Now working in Masshad, Iran.
- Helen Morrison
Former Masters student. Worked on time-dependent radiative transfer in protoplanetary disks. Now PhD student in Rostock.
- Dan Cermak
Former Bachelor student. Worked on a scenario of boulder migration to explain pre-transitional disks.
- Gianni Klesse
Bachelor student until November 2012. Worked on pseudo-atmospheres around very low mass planets embedded in a protoplanetary disk.
- Elena Selentin
Masters student until Summer 2012. Worked on the problem of hydrodynamic re-accretion of debris after impact of a small projectile onto a large target in a protoplanetary disk. Now a PhD student in cosmology working with Luca Amendola at the ITP, Heidelberg University.
- Chris Ormel
Postdoc until August 2011. Was Humboldt Fellow 2009/2010. Works on runaway and oligarchic growth of planetesimals to planets. Now a Hubble Fellow in Berkeley.
Mail to Chris.
- Zsolt Sandor
Postdoc until August 2011. Works on N-body and hydrodynamics of the late stages of rocky planet formation in a gas-rich disk. Now in Innsbruck / Vienna
Mail to Zsolt.
- Til Birnstiel
PhD student until August 2010. Postdoc until summer 2011. Works on global disk models with dust evolution, and the predictions of observables and comparison to observations. Was in Munich, in Prof. Ercolano's group. Now at CfA, in Sean Andrew's group.
- Andras Zsom
PhD student until August 2010. Worked during his PhD on making the connection between laboratory experiments in Braunschweig and models of dust coagulation in protoplanetary disks. After that he was working as postdoc in the group of Lisa Kaltenegger at the MPIA on the topic of exoplanetary atmospheres. Now at MIT in the group of Sara Seager.
His web site.
- Frithjof Brauer
Former PhD student. Pioneered the full-scale dust coagulation modeling done by us. Without his work, we would not have been able to do much of our current science. See, however, below...