Karma Bridgman is a student at Dubai College in the UAE. She has a strong interest in astrophysics and quantum physics. Recently, she presented her research at two prestigious conferences: MIT URTC and the UAE Space Agency’s Space Research Conference.
Research on Space Debris Mitigation
At the MIT Undergraduate Research Technology Conference, Karma presented her project, “Particles in Magnetic Fields: Applications for Space Debris Mitigation.” Her research explores how magnetic fields can influence particle movement to help reduce space debris. Furthermore, this work addresses a major challenge in space exploration. It investigates approaches that could improve satellite safety and protect orbital environments.
Meanwhile, the UAE Space Agency selected Karma as the youngest researcher to present at its Space Research Conference. Her project examined “Enhancing Satellite-Based Quantum Key Distribution Systems through Simulation of Charged Particle Dynamics.” During the conference, she presented her findings in the Space Situational Awareness domain. In particular, she explored how advanced simulations could improve the tracking and prediction of space debris movement.
Karma’s Research Journey at CCIR Academy
Before these presentations, Karma completed an advanced research project at CCIR Academy titled “Integration of Particle Acceleration in Magnetic and Electric Fields for High Density Objects.” This project explores particle acceleration in magnetic and electric fields to improve understanding of high-density objects in physics.
As part of her research, Karma developed a Boris pusher algorithm to calculate particle motion in electromagnetic fields. Moreover, she wrote the algorithm from scratch and tested it against several known analytical orbits. These included uniform electric and magnetic fields, as well as perpendicular fields.
Her algorithm correctly modelled an electron’s gyration in a magnetic field. She then compared her results with an analytical solution that she derived herself. Through this work, Karma developed valuable research skills and tackled complex scientific challenges.
Overall, Karma’s achievements demonstrate her dedication to space science and advanced physics research. Congratulations to Karma on these outstanding accomplishments!
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