Modeling of RF heating of plasmas in fusion reactors using fast integral equation techniques.

Fast broadband simulation of electromagnetic waves in and near biological media.

Combining Ray-Tracing and Fast Multipole Techniques to Model Extremely Large Electromagnetic Problems

Time domain characterization of complex multi-scale electromagnetic systems with application in the design of meta-materials and photonic components

Design of an efficient edge element algorithm for modeling electromagnetic scattering to arbitrary geometries

Fast multipole methods for electromagnetic scattering at objects composed of complex materials

Advanced quantitative tomographic image reconstruction

Electircal analysis and compensation design for Gbps packaging interconnections

The currently known plane wave methods are all numerically unstable or computationally suboptimal

High-frequency parallel rapid multipole technologies for extremely large scattering problems with regard to antenna rosters, optical structures and microwave circuits

Modeling and design of advanced antenna systems for mobile communications using full-wave simulators.

Network and distributed software

Advanced MIMO channel modeling and signal processing for highbitrate chip-to-chip interconnects prone to manufacturing variability

The influence of magnetic frustration on the magneto-elastic properties and defect dynamics in Fe-Cr alloys

Electrothermal vaporization and laser ablation as sample introduction techniques for the direct analysis of solid materials via sector field ICP-mass spectrometry

Fast algorithms for scattering and exact inverse scattering of electromagnetic waves in inhomogeneous objects