Main research areas
Our researchers work in two main areas: modelling electromagnetic fields and microwave structures. In the first area, research is focused on developing methods for modelling antennas and EMC problems, developing variable-dimensional optimisation algorithms, and developing methods for identifying source currents in animal brains. As far as microwave structures are concerned, we mainly focus on the design of original circuit concepts and antennas for centimeter and millimeter wave bands realized on both traditional and non-traditional (e.g. textiles, paper) microwave materials.
Main practical research results
- UHF RFID concepts that can be used with unmodified EPC Gen2 tags.
- High efficiency switching power RF amplifiers.
- New technologies for microwave lines and antennas in the 38 GHz, and 75 GHz / 85 GHz bands for TESLA Holding.
- High power transmission antennas for DVB-H and DVB-T for TESLA Holding.