Prof.
Eotvos University
Author in the following contributions
- Scenario based radiation belt forecasts using ground based input data: results of the FARBES project
- MLT-based parameterisation of ULF power and radial diffusion coefficients derived from ground magnetometers
- Inner magnetosphere dynamics and coupling during weak, moderate, and strong geomagnetic storms: identifying key differences in coupling between the radiation belts, and the ionosphere during three case studies.
- The RB-FAN framework providing Space Weather information for radiation belts induced risks for Space Operators: 2025 current status and future plans