• Low-frequency radio-infrared relation for galaxies based on a survey of the entire northern sky by the LOFAR instrument
• Cosmological evolution of magnetic fields in galaxies based on analysis of GOODS-North far-Universe surveys performed with LOFAR and VLA interferometers

• Zooming in on the innermost regions of blazar jets through intranight optical variability analysis
• Searching for LOFAR and VLASS counterparts of radio AGNs hosting one-sided jets in the ROGUE I catalog

• Multi-frequency radio surveys of active galaxies with multiple jet activity

• Numerical modelling of particle acceleration processes on astrophysical shock waves

• Conversion of software for CCD photometric data reduction in dense fields into a Python program using artificial intelligence
• Variable stars between the Main sequence and the cooling path of white dwarfs (Python knowledge required)

• Multi-band studies of active galaxies
• Investigating the properties of giant radio sources

• Testing/development of a numerical code integrating the MHD equations in an interstellar environment

Physics of cosmic ray sources and high-energy particles:

• Acceleration and propagation of particles in magnetised space plasma
• High-energy emission and neutrino production in astrophysical sources
• structure of relativistic jets of active galaxies
• gravitational lensing phenomenon of the emission of active galaxies