B. L. Cooper

Oceaneering International (United States), University of Southern California, Jacobs (United States)

Papers

Total Citations

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About

B. L. Cooper is a researcher whose work spans lunar resource utilization, surface infrastructure, and robotic exploration, contributing meaningfully to the scientific and engineering foundations of sustainable human presence on the Moon. Cooper's most impactful contribution, "Sintering of Lunar and Simulant Glass" (2008, 16 citations), addresses a critical challenge in lunar oxygen extraction, demonstrating how glass-rich lunar soils begin sintering at temperatures relevant to hydrogen reduction processes — findings with direct implications for in-situ resource utilization (ISRU) system design. Cooper has also contributed to the practical logistics of lunar development, exploring telerobotics as a tool for safe and efficient Moon exploration, and proposing visionary infrastructure concepts such as a lunar railroad network for surface transportation beyond initial base establishment. More recently, work on the RESOLVE project involved preparing and testing ice-enriched regolith simulants to advance volatile extraction technologies targeting the lunar south pole. Across these diverse contributions, Cooper's research consistently bridges theoretical planning and applied engineering, making it particularly valuable for students and researchers working at the intersection of planetary science, space resource extraction, and long-term lunar settlement planning.