A bioelectromagnetic software platform for computer-assisted transcranial magentic stimulation and conductivity estimation

Concurrent imaging and targeting of magnetic nanoparticles for theranostic applications

Development of magnetic domain wall based logic and memory concepts

Efficient numerical methods for inverse problems in electrical energlyk hybrid systems

Efficient universal numerical multi-level solution methods for complex electromagnetic optimization and inverse problems

Energy efficient electrical machines

Magnetic nanoparticle hyperthermia for the treatment of spinal metastases

Magnetic non destructive evaluation of ferromagnetic materials supported by numerical micromagnetic methods

Numerical analysis and experimental study of the dynamics of the thermal processes in electric and magnetic local hyperthermia cancer therapies

Numerical description of the electromagnetic interactions in non-ideal ferromagnetic materials.

Optimization techniques for low-frequency electromagnetic systems.

Smart theranostic applications based on magnetic particle imaging

study of the domain wall mobilty in Permalloy and high perpendicular magnetocrystalline anisotrapy nanowires

Study of the hardening and over-aging effects in neutron irradiated and thermally aged iron-copper alloys, on the basis of combined mechanical and magnetic relaxation phenomena

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

Magnetically driven spatial organisation of a multicomponent fluidized bed for intensified CO2 conversion.

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