As could be expected from a research group which lies at the interface between multiple discplines, our interests and expertise cover a broad range of topics - ranging from algorithm development and applied mathematics to questions on the very nature of electromagnetic phenomena in geologic materials and the natural environment. In particular, we have been investigating both finite element and finite difference methods for predictive modeling of electromagnetic induction fields in three-dimentional heterogeneous environments. Added to this is an ongoing effort in non-linear optimization, leveraging multiple program areas in the lab, where it is used for inversion of geophysical data, recovery of subsurface images and geologic characterization. In developing these fundamental computing tools for applications, new research questions on algebraic multigrid and multiscale physics have surfaced, motivated primarily be inherent complexity of geologic systems and the computational challenges this fact presents. Thus, we have aim to position ourselves as a general resource for the industry, academic and government sectors, providing technological and scientific solutions in a broad spectrum of engagement, including resource exploration, subsuface imaging and monitoring the electromagnetic environment.

For detailed descriptions of what we've been up to lately and who the sponsors are, check out the projects section of this website.

Group Alumni