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Dr. Okoniewski’s research is interested in many aspects of applied electromagnetics, ranging from computational electrodynamics, to reflectarrays and self-configuring antennas, as well as re-configurable computational hardware. He is also actively involved in bio-electromagnetics, where he works on tissue spectroscopy and cancer detection. For the last several years he has worked on using electromagnetic, radio frequency (RF) energy in enhanced oil recovery, for which he has authored several patents.
Dr. Michal Okoniewski’s key projects are: a micro-scale chip that will have the same functional capacity as Nuclear Magnetic Resonance (NMR) devices commonly used in spectroscopy; GPUs (graphical processing units) computing. He has introduced GPUs into the field of computational electromagnetics transforming the academic and commercial codes; novel antennas; enhanced oil recovery: he has developed several small and large scale antennas, including large scale antennas for enhanced oil recovery.
Dr. Michal Okoniewski’s key projects are: a micro-scale chip that will have the same functional capacity as Nuclear Magnetic Resonance (NMR) devices commonly used in spectroscopy; GPUs (graphical processing units) computing. He has introduced GPUs into the field of computational electromagnetics transforming the academic and commercial codes; novel antennas; enhanced oil recovery: he has developed several small and large scale antennas, including large scale antennas for enhanced oil recovery.
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Hanieh Kiani Amiri,Michal Okoniewski
2023 17TH EUROPEAN CONFERENCE ON ANTENNAS AND PROPAGATION, EUCAPpp.1-5, (2023)
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Roland Goers,Diana Coman Schmid,Vera F Jäggi,Paolo Paioni,Michal J Okoniewski,Althea Parker, Beat Bangerter, Sofia Georgakopoulou,Thierry Sengstag,Julia Bielicki,Romy Tilen,Swen Vermeul,
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