Quincy A. Bradfield

New Mexico Institute of Mining and Technology

Papers

Total Citations

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About

Quincy A. Bradfield is a leading researcher in astroengineering and space power systems, with a primary focus on the operational challenges of solar energy in extraterrestrial environments. His most influential work, "The Effects of Martian and Lunar Dust on Solar Panel Efficiency and a Proposed Solution" (2020, 6 citations), directly addresses one of the most critical obstacles to long-term space exploration: the degradation of solar panels caused by abrasive, electrostatically charged dust on the Moon and Mars. Bradfield’s major contribution lies in his systematic analysis of how regolith accumulation reduces energy output and his proposal of a novel, self-cleaning mechanism to mitigate this issue. This work has been foundational for engineers designing next-generation rovers, landers, and drones, offering a practical pathway to extend mission lifespans in harsh deep-space environments. Though early in his career, Bradfield’s research is already recognized as essential reading for space systems design, bridging materials science and renewable energy. His findings are particularly relevant to NASA’s Artemis program and future Mars missions, making him a rising voice in sustainable off-world power solutions.