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MARTIN PESSAH                           Group Leader

RESEARCH

  1. Theoretical astrophysics

  2. Fluid and magnetohydro dynamics

  3. Physics of the intracluster medium

  4. High energy astrophysics

  5. Accretion physics

RESEARCH

  1. Non-linear dynamics

  2. Fluid and magnetohydro dynamics

  3. Physics of the intracluster medium

  4. Convection

  5. Turbulence

SAGAR CHAKRABORTY

  

TOBIAS HEINEMANN

RESEARCH

  1. Theoretical astrophysics

  2. Fluid and magnetohydro dynamics

  3. Astrophysical dynamos

  4. Computational plasma physics

  5. Accretion physics

RESEARCH

  1. Theoretical astrophysics

  2. Computational astrophysics

  3. Proto/circum-planetary disks

  4. Fluid and magnetohydro dynamics

  5. Ionization chemistry in disks

Previous Members

RESEARCH

  1. Computational astrophysics

  2. Plasma astrophysics

  3. Astrophysical dynamos

  4. Shear turbulence

  5. Accretion physics

RESEARCH

  1. Fluid and magnetohydro dynamics

  2. High energy astrophysics

  3. Accretion physics

  4. Compact objects

GOPAKUMAR MOHANDAS

RESEARCH

  1. Computational astrophysics

  2. Fluid and magnetohydro dynamics

  3. Kinetic-MHD

  4. Physics of the intracluster medium

THOMAS BERLOK

YURI FUJII

RESEARCH

  1. Star formation

  2. Protoplanetary disks

  3. Radiative transfer

  4. Astrochemistry

  5. Sub-millimeter astronomy

CHRISTIAN BRINCH        

FARRUKH NAUMAN

RESEARCH

  1. Computational astrophysics

  2. Fluid and magnetohydro dynamics

  3. Physics of the interstellar medium

  4. Astrophysical dynamos

  5. Turbulence

OLIVER GRESSEL         

Martin Pessah

Oliver Gressel

Ximena Ramos

Pablo Benitez-Llambay

Leonardo Krapp

Philipp Weber

Yuri Fuji

Farrukh Nauman

Tobias Heinemann

Christian Brinch

GARETH MURPHY

RESEARCH

  1. Computational astrophysics

  2. Fluid and magnetohydro dynamics

  3. Astrophysical disks and jets

  4. High-performance computing

  5. PIC and MHD code development

RESEARCH

  1. Computational astrophysics

  2. Fluid and magnetohydro dynamics

  3. Protoplanetary disks

  4. High-performance computing

  5. Mesh-less Lagrangian algorithms

COLIN McNALLY

SAMI DIB

RESEARCH

  1. Computational astrophysics

  2. Physics of the interstellar medium

  3. Star formation

  4. Turbulence

  5. Bayesian statistics

  

JACOB TRIER FREDERIKSEN

RESEARCH

  1. Computational astrophysics

  2. Computational plasma physics

  3. Fluid and magnetohydro dynamics

  4. High energy astrophysics

  5. PIC and MHD code development

RESEARCH

  1. Planetary systems

  2. Dynamic resonances

  3. Planet-disk interactions

XIMENA RAMOS

Gopakumar Mohandas

Thomas Berlok

RESEARCH

  1. Computational astrophysics

  2. Fluid and magnetohydro dynamics

  3. Planet formation and evolution

  4. Accretion Physics

LEONARDO KRAPP

KAREN BURGAARD

ANDREAS BRASK

RESEARCH

  1. Computational astrophysics

  2. Fluid and magnetohydro dynamics

  3. Dust in protoplanetary disks

PHILIPP WEBER

RESEARCH

  1. Computational astrophysics

  2. High Performance computing

  3. Protoplanetary disks

  4. Planet-disk interactions

  5. Fluid and magnetohydro dynamics

BABLO BENITEZ-LLAMBAY        

MELISSA MENU

RESEARCH

  1. Fluid and magnetohydro dynamics

  2. Accretion physics

RESEARCH

  1. Fluid and magnetohydro dynamics

  2. Accretion physics

RESEARCH

  1. Fluid and magnetohydro dynamics

  2. Accretion physics