Open-Source Stack
OASIS + ANALISIS TOOLS
Planetary Climate Modelling Platform
Next-Generation Modeling of Planetary Atmospheres
OASIS is a universal planet simulator designed to couple atmospheric dynamics, chemistry, and radiative transfer into one physically coherent research framework for Earth, Solar System planets, and exoplanets.
Simulation Domains
Across the Solar System and Beyond
HPC Focus
GPU-aware MPI Acceleration
Simulation Focus
Multiphysics atmospheric simulations for Earth, Solar System planets, and exoplanets, optimized for modern high-performance computing workflows.
HPC Pipeline — Open Source Coming Soon
Research Focus Areas
OASIS – Planet Climate Simulator
OASIS is being developed as a universal planetary climate framework that self-consistently couples dynamics, chemistry, radiation, and additional physical processes into one scalable model architecture.
THOR – Dynamical Core
THOR solves fully compressible non-hydrostatic equations on an icosahedral grid and forms the dynamical core backbone for 3D atmospheric circulation in OASIS.
Atmospheric Dynamics and Chemistry
The team investigates atmospheric jets, turbulence, and circulation-chemistry interactions using predictive 3D numerical tools for planetary environments.