Stefano Pisa has been engaged in a variety of research topics, including:
1. Numerical and experimental study of the
interaction mechanisms between neurons and electromagnetic fields
2. Numerical modeling of peripheral nerve magnetic and electric
functional stimulation
3. Impedance-based techniques for monitoring respiratory activity in
patients and for performing tomographic investigations
4. Numerical and experimental evaluation of power absorption and
temperature increments in humans exposed to the fields emitted by mobile
communication systems
5. Numerical evaluation of power absorption and temperature increments
in humans exposed to the far field of radiating systems
6. Numerical evaluation of human exposure to the field emitted by
Radio-Base Stations
7. Numerical and experimental study of the interaction between magnetic
resonance imaging apparatus and pacemaker holders
8. Modeling, design, and realization of exposure systems for microwave
ablation therapy
9. UWB, CW, Intermodulation and FMCW radar-based techniques for remote
monitoring of subject position and respiratory activity and for through
the wall imaging.
10. Design of microwave amplifiers, oscillators and procedures for
non-linear MESFET and HEMT model extraction
11. Design and realization of antennas for cubesat satellites
12. Permittivity measurements and models of construction materials,
biological tissue and food
13. Design of cavity resonators for EPR techniques
14. Antennas and systems for the search for water on the Moon and Mars
15. Design of AESA Systems
