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Research profile Our research is mainly concerned with various aspects of numerical and analytical modelling of electromagnetic fields and their interaction with matter. The focus is on high frequency end (microwaves, millimetre and optical waves) but occasionally we also deal with low frequency fields. As these problems usually involve solution of partial differential or integral equations as well as varius related problems such as signal processing or optimization our research includes also many issues pertaining to high performance computing, parametric modelling, genetic algorithms, visualization tools etc. The ultimate goal of the techniques that we are working on is the analysis of (and computer aided design tools for) microwave passive circuits, antennas, optical guides as well as investigation of medical applications and biological and technical hazards related to electromagnetic fields.

Here you may find PhD theses prepared in our group

• Patryk Debicki - "A Low Frequency Hyperthermia System for Malignant Cervic Melanoma Treatment"
• Piotr Jedrzejewski - "Analysis and Design of Microwave Passive Components in NRD-guide Technology"
• Piotr Kozakowski - "Time domain analysis of high-Q passive microwave circuits" (in Polish)
• Jacek Mielewski - "Classical and Hybrid Techniques for the Analysis of Microwave Waveguides and Resonators "
• Krzysztof Nyka - "Multigrid Methods in Quick Analysis of Passive Microwave Circuits" (in Polish)
• Piotr Przybyszewski - "Fast finite difference numerical techniques for the time and frequency domain solution of electromagnetic problems"
• Michal Rewienski - "High Performance Algorithms for Large Scale Electromagnetic Modeling"
• Lukasz Kulas - " Model reduction technique for grid-based schemes in computational electromagnetics (in Polish) "
• Michal Wiktor - "Projection techniques in grid algorithms for computational electromagnetics (in Polish) "
• Adam Lamecki - "Surrogate models and automated CAD of passive microwave devices"
• Piotr Kowalczyk - "Efficient finite-difference frequency-domain analysis of photonic crystal optical fibres (in Polish)"
• Lukasz Balewski - "Automated design of complex microwave filtering networks (in Polish) "
• Piotr Sypek- " Hardware and algoritmic acceleration techniques for the finite-difference time domain analysis of electromegnetic problems(in Polish) "

Below are the links to the pages describing some of our projects

• ACADEMy

For more information, e-mail us at mim@pg.gda.pl.