AMUSE

Combine existing numerical codes in an easy to use Python framework. With AMUSE you can simulate objects such as star clusters, proto-planetary disks and galaxies.

5
contributors
Get started
5501 commits | Last update: September 25, 2020

Cite this software

Choose a version:
[[ releases[selectedIndex].tag ]]
  • [[release.tag]]
DOI:
[[ releases.length > 0 ? releases[selectedIndex].doi : conceptDOI ]]
Copy to clipboard
Choose a reference manager file format:
[[ fileFormats[selectedFileFormatIndex].displayName ]]
  • [[ format.displayName ]]
Download file

What AMUSE can do for you

  • provides a homogeneous environment to design astrophysical simulations used by students and researchers
  • couples different simulation codes in a Python environment to be run locally or distributed
  • provides a very easy way to solve astronomical problems that involve complicated physical interactions
  • used for more than 40 scientific papers and PhD theses
Tags
  • Multi-scale & multi model simulations
  • High performance computing
  • Workflow technologies
Programming Language
  • Python
  • Java
  • C++
  • C
  • CUDA
  • OpenCL
License
  • Apache-2.0
Source code

Participating organizations

Projects with AMUSE

Contributors

  • Simon Portegies Zwart
    Leiden University
  • Arjen van Elteren
    Leiden University
  • Steve McMillan
    Drexel University
  • Inti Pelupessy
    Netherlands eScience Center
  • Niels Drost
    Netherlands eScience Center
Contact person
Inti Pelupessy
Netherlands eScience Center
Mail Inti

Information for page maintainers

OAI-PMH metadata:
OK
citation metadata:
OK
Show