Karma Bridgman, a remarkable student at Dubai College in the UAE, has consistently demonstrated an exceptional academic focus and a deep passion for the fields of astrophysics and quantum physics. Her most recent achievements include presenting at two prestigious conferences—MIT URTC and the UAE Space Agency’s Space Research Conference—where she shared her research on space science.
At the MIT Undergraduate Research Technology Conference, Karma presented her work titled “Particles in Magnetic Fields: Applications for Space Debris Mitigation.” Her research delves into innovative techniques for reducing space debris through the application of magnetic fields to manipulate particle movement. This project addresses a critical challenge in space exploration, helping to develop methods that could enhance satellite safety and protect orbital environments.
Earlier this week, Karma was also chosen by the UAE Space Agency as the youngest researcher to present at the UAE Space Agency Space Research Conference. Her research focused on Enhancing Satellite-Based Quantum Key Distribution Systems through Simulation of Charged Particle Dynamics. During the conference, she presented in the Space Situational Awareness domain, sharing her findings on how advanced simulations can improve the accuracy of tracking and predicting the movement of space debris.
Karma’s research journey was sparked by her involvement with the CCIR Academy, where she undertook an advanced research project titled Integration of Particle Acceleration in Magnetic and Electric Fields for High Density Objects. This project explores cutting-edge methods of particle acceleration in magnetic and electric fields, contributing to the understanding of high-density objects in physics. Karma developed a Boris pusher, the algorithm to numerically calculated particle motion in electromagnetic fields. She wrote her algorithm from scratch and tested it for several known analytic orbits, for example in uniform electric and magnetic fields, and perpendicular fields. She obtained correct solutions for the gyration of an electron in a magnetic field and compared her result to the analytic solution that she derived herself. Her work at the CCIR Academy has equipped her with the skills and knowledge to tackle sophisticated scientific challenges, propelling her into the world of high-level research.
Karma’s remarkable research accomplishments showcase her deep commitment to space science.
Congratulations to Karma on her outstanding achievements!
