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About

Mark Henley is a space systems researcher whose work spans two critical areas of future space exploration infrastructure: wireless power transmission and in-space propellant logistics. His most recognized contribution examines the potential of solar power stations positioned near the lunar poles, where mountaintop locations can harvest sunlight for up to 708 hours per lunar day, enabling continuous power generation for surface operations. Henley's research into Laser-Photovoltaic Wireless Power Transmission (Laser-PV WPT) demonstrated how laser-beamed energy could supply power across long distances to photovoltaic receivers, offering a compelling solution for remote lunar missions and broader NASA science applications. Complementing this work, his investigations into In-Space Cryogenic Propellant Depots addressed the logistical backbone of sustainable human and robotic space exploration, analyzing technical requirements to make deep-space missions safer, more affordable, and operationally viable. While his citation counts remain modest, reflecting the specialized and forward-looking nature of his research, Henley's contributions represent foundational thinking in space energy infrastructure and exploration sustainability — areas increasingly relevant as agencies pursue long-term lunar and deep-space ambitions.