Astronomy
Astronomy
Power your astrophysical research with cloud-scale computing. Run complex simulations and analyze massive datasets using industry-standard toolsโall without managing infrastructure.
Available workflows:
- Stellar evolution with MESA: Model single star lifecycles over 14 billion years or evolve entire star populations
- Galaxy collision simulations with Gadget4: N-body dynamics for cosmic structure formation
- Spherical blast waves with Athena: MPI parameter sweeps and GPU-accelerated fluid dynamics
- All-sky surveys with Spark: Process terabyte-scale datasets from GAIA space observatory
From stellar physics to cosmic-scale phenomena, these tutorials showcase real astrophysical workflows running at cloud scale.
Use MESA to evolve the mass of a single star over 14 billion years
mesa
Watch a population of stars evolve
mesa
Use Spark to make a histogram of the all-sky map from the GAIA dataset
gaia
spark
Use Gadget4 to simulate a galaxy collision
gadget4
Create parallel simulations of a spherical blast wave
athena
mpi
Run a fluid instability computation using Athena and on-demand GPUs
athena
gpu