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About

John Wilson is a versatile researcher whose work spans planetary science, space radiation physics, and particle detector instrumentation. He is perhaps best known for his 2003 paper on luminescence dating of Martian sediments, which garnered 43 citations and helped establish conceptual frameworks for understanding geological timescales on Mars — a foundational contribution to planetary geochronology. Alongside this, Wilson has made meaningful contributions to space radiation research, investigating the biological and physical hazards posed by galactic cosmic rays and ionizing radiation during long-duration human spaceflight, including work on electrostatic shielding as a potential mitigation strategy for deep space missions. His research has directly informed NASA's thinking on human exploration risks for Moon and Mars missions. On the instrumentation side, Wilson contributed to the upgrade of the Birmingham Irradiation Facility, enabling high-fluence proton testing critical to the development of radiation-hard detectors for the High Luminosity LHC, as well as the development of an XY-axis Cartesian robot system for a new ATLAS scanning facility. Collectively, his work bridges fundamental planetary science, astronaut safety, and cutting-edge detector technology, reflecting a career defined by its breadth and practical impact across multiple research communities.