- Develop fast, accurate, and scalable algorithms for modeling the sun’s interior convection.
- Develop an unstructured fully compressible MHD model for the Sun’s convection zone.
- Train graduate and undergraduate students to become computational scientists and engineers.
- Develop fast reduced-order models for predicting solar dynamo and solar cycles.
- Develop a cyberinfrastructure, i.e., the CHORUS++ code for the solar physics community.
- Improve the CHORUS++ code for unprecedented resolutions in simulating solar convection and dynamo.