RAPTOR group

Our Team

  • Magneto-hydrodynamic
  • Radiative transfer
  • Finite Volume Methods
  • 3D global simulations
  • HPC/GPU computing
  • More

  • Radiative transfer methods (M1)
  • Radiative hydrodynamical simulations 
  • AMR method
  • gPLUTO developer
  • More

  • MHD Jet-launching
  • Relativistic non-ideal MHD
  • PLUTO developer/non-ideal MHD methods
  • More

  • dust-gas simulations of planet disk simulations
  • synthetic observations
  • FARGO3D
  • More

  • GPU/AMR development
  • Radiative transfer/Neutrino transport
  • gPLUTO/AthenaK
  • HPC/GPU computing
  • More

  • Radiation hydrodynamic
  • Dust methods
  • Radiative transfer
  • HPC computing
  • More

  • Radiative hydrodynamical simulations 
  • Accretion bursts
  • Gas opacities
  • HPC computing
  • More

  • Hydrodynamical simulations with gas/dust drag
  • Streaming instability
  • Particle + fluid dust methods
  • HPC computing
  • More

  • MagnetoHydrodynamical simulations
  • Magnetic driven winds
  • Ambipolar diffusion
  • HPC computing
  • More

  • MagnetoHydrodynamical simulations
  • Inner disk/Magnetic winds
  • Embedded planets
  • HPC computing
  • More

  • MagnetoHydrodynamical simulations
  • Planet-disk interaction
  • Circumplanetary disks
  • gPLUTO
  • More

  • Radiative transfer
  • Circumplanetary disk
  • RADMC3D
  • More

  • Hydrodynamical simulations 
  • Vertical shear instability
  • Dust particle motion
  • HPC computing
  • More

  • Radiation Hydrodynamical simulations
  • Dust fluid methods
  • Radiative transfer – FLD methods
  • HPC computing
  • More

Our Publications

Inner disk edge with gas opacities

2D radiative hydrodynamical simulations of accretion bursts

Open in ADS

Starlight-driven flared-staircase

2D radiative hydrodynamical simulations of thermal waves

Open in ADS

Multi-dust species magnetized rim

2D radiative magnetohydrodystatic models of the inner rim

Open in ADS

Half-Moment multi group radiative transfer

A new half-moment multi-group M1 method for irradiated disks

Open in ADS

PyPLUTO

Data analysis Python package for PLUTO

Open in ADS

VSI with dust motion and cooling

2D hydrodynamical simulations of the vertical shear instability with dust motion and cooling

Open in ADS

Signatures of large-scale turbulence

exoALMA XVI – predicting signatures for different disk instabilities in the CO line emission

Open in ADS

Benchmark of Hydro and Radiative transfer codes

exoALMA VII – Testing planet disk interaction simulations between different codes

Open in ADS

Strong clumping in global streaming instability models

2D hydrodynamical dust/gas drag simulations with a dust fluid

Open in ADS

Dusty substructures induced by planets

2D radiation hydrodynamical simulations with planet-disc interaction

Open in ADS