Center Overview
The Center for Magnetic Self-Organization in Laboratory and Astrophysical Plasmas (CMSO) is a Physics Frontier Center established by the National Science Foundation. Its aim is to investigate basic problems in plasma physics, common to the laboratory and cosmos. Magnetic self-organization refers to the tendency of plasmas to rearrange spontaneously through processes that involve changing magnetic fields. Four phenomena form the focus for the Center, all of which can occur as part of the process of magnetic self-organization: dynamos and flow driven magnetic instabilities, magnetic reconnection, particle energizations, and multi-process and system integration.

The Center brings together laboratory and astrophysical scientists (as well as experimentalists, theorists, and computational scientists) to work together on the common problems. Nine experiments are enlisted for this purpose:

Princeton University

University of Rochester

Swarthmore College

This set of experiments displays particularly robust magnetic self-organization, and will permit joint investigations of a phenomenon over a range of physical parameters.

Computational Tools
Among the computational tools are three large-scale fluid codes and two large-scale kinetic codes. The fluid codes are: the FLASH code (the University of Chicago) written originally for astrophysical applications and the NIMROD code (developed by researchers at many institutions, and sponsored by the US Department of Energy) written for laboratory applications, and the LA-COMPASS code (the Los Alamos National Laboratory) written originally for laboratory, space and astrophysical plasma applications. The kinetic codes are: the GENE code, a gyrokinetic Vlasov solver developed at the Max Plank Institute for Plasma Physics, originally for toroidal laboratory plasma applications, and the VPIC code (the Los Alamos National Laboratory), a relativistic fully kinetic code that has been applied to laboratory, space and astrophysical plasma applications. Computation, plus analytic theory, is employed to connect experimental results to theory and astrophysics, as well as to examine new physical mechanisms. Collaborations have also been established with other institutions.

Set up with a funding authorization of five years, the Center was initiated in September, 2003 and renewed in 2008. Much of the established infrastructure - experimental and computational ­ is maintained by the Department of Energy. Hence, the Center can be viewed as a partnership between the NSF and DOE.