Mark Thomson

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About

Mark Thomson is a leading figure in space structures engineering, with a primary focus on deployable and in-space assembled antenna systems. His most influential work, "Scalable Concept for Reflector Antenna Assembled in Space" (2024), directly addresses the critical bottleneck of launch fairing size constraints. Thomson’s major contribution lies in demonstrating that in-space assembly can overcome the traditional scaling limits of deployable reflectors, enabling far larger antennas than previously possible. Through rigorous geometry and structural design studies, he has established a clear path toward mass-efficient, ultra-large reflectors. His research provides the foundational scaling laws for stowed volume and mass, which are essential for future space-based communications, Earth observation, and radio astronomy missions. While his work is still early in its citation impact, it is already recognized as a pivotal step toward next-generation space infrastructure. Thomson’s achievements represent a paradigm shift from deployable to assembled architectures, positioning him as a key innovator in the field of large space structures.