My research interests focus on computational physics applied to the study of plasmas, with particular emphasis on fusion plasmas and ionospheric plasmas. I am interested in the development and application of numerical models and simulations to understand complex phenomena such as transport processes, instabilities, and turbulence in plasma systems.

Additionally, I work on the analysis of ionospheric and atmospheric scintillation, investigating its impact on communication and navigation systems. I also maintain a strong interest in theoretical physics, particularly in the formulation and study of models describing non-equilibrium systems and nonlinear phenomena.

My approach integrates advanced computational tools, theoretical frameworks, and data analysis to address both fundamental and applied problems in plasma physics and geospace science.

Computational physics of fusion and ionospheric plasmas (stellarators, tokamaks); experimental-computational characterization of filter coffee extraction