I graduated with honors from Jagiellonian University, earning a Master’s degree in Physics with a specialization in Astrophysics and Cosmology. I am currently pursuing a PhD in Astronomy at the same university.

My research focuses on cometary science, particularly numerical modeling of cometary comae, photochemistry and photodissociation processes. In my Master’s thesis, I developed a three-dimensional model of the dynamics of water photodissociation products in a cometary coma, using the universal-variable formalism to propagate their trajectories.

I have a broad interest in computational physics, celestial mechanics and mathematical methods for dynamical systems, especially Sundman transformations. My other scientific interests include general relativity, statistical physics (particularly the Ising model) and the history of science.

Beyond my primary research, I am also interested in astrogeology, geophysics, Earth’s geological history, the origin and evolution of life and human prehistory.