“Behind every atom of this world hides an infinite Universe.” — Rumi

About

I am a theoretical physicist and doctoral researcher specializing in strong-field and laser–matter interactions, with a particular focus on above-threshold ionization (ATI) and non-dipole effects in intense laser fields. I completed my PhD at Friedrich Schiller Universität Jena and the Helmholtz Institute, where my research centered on understanding electron dynamics under high-intensity few-cycle laser pulses using analytical and semi-classical approaches.

My work primarily employs the strong-field approximation (SFA), Jacobi–Anger expansion, and the saddle-point method, alongside numerical and computational techniques, to investigate photoelectron momentum distributions and nonlinear interference effects. I have contributed to several peer-reviewed publications in leading journals, including Physical Review A and Journal of Physics B: Atomic, Molecular and Optical Physics, exploring both dipole and non-dipole regimes of strong-field ionization.

Currently, my research interests extend to strong-field QED and advanced laser–matter interaction theories, with an emphasis on developing accurate theoretical models that bridge analytical insight and computational efficiency.

More details about my academic output, publications, and presentations can be found on my website.

Use the menu at the top to navigate through my publications, talks, and research activities.

🙏 Thanks for Visiting

This website brings together my scientific work, research updates, and personal reflections as I move into the next chapter of my career.

Feel free to explore, reach out, or just say hello — I’m always open to good discussions, collaborations, or ideas.