Ahmed Bakr

My name is Ahmed Bakr, and I am a PhD student in the Department of Astrophysical and Planetary Sciences at the University of Colorado Boulder.

 I have a diverse background in physics research. During my undergraduate studies, I applied various numerical techniques to physical problems, which culminated in a thesis on solving the Schrödinger equation using the Numerov method. In my theoretical physics master’s program, I focused on modeling structures in space plasma environments. This work included studies on modified Alfvén waves, linear collisionless magnetosonic waves, and three-dimensional collisional magnetosonic waves in the plasma regions surrounding Venus and Mars. At APS, I am driven by a curiosity to explore foundational questions in theoretical astrophysics. My current interests include magnetic reconnection, turbulence, and coronal heating, among other open challenges. I also have a growing interest in cosmology and gravity. Through preliminary work related to dark matter halos and dwarf galaxies, I’ve become increasingly curious about how galactic structures can inform our understanding of dark matter. Outside of research, I enjoy biking, swimming, hiking, and discovering new places— especially when they come with good conversation. I’m always open to discussing a wide range of topics, whether related to philosophy, science, culture, or anything unexpected and thought-provoking. Feel free to reach out!

 Publication: Modified Alfvén waves of multi-ion species in the upper ionosphere of Mars. https://doi.org/10.1016/j.asr.2024.12.015