American Astronomical Society Honors Unlikely Astrophysics Leader From UCSB
Housing and Development Newsletter These restrictions, driven purely by his own interests and desires, laid the foundation for a program that could be used by researchers around the world without a huge investment. “You can run it on a 4 GB laptop,” Paxton said. MESA uses a simple set of physics equations to model stars as spherical shells. Since spheres are symmetrical, the program can essentially use a 1-dimensional model to simulate a 3-dimensional object, greatly simplifying computational demands. Paxton designed MESA to be modular: built from semi-independent chunks that work togethe...
Source: noozhawk.com