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About

Geoffrey A. Landis is a NASA researcher and scientist whose work sits at the fascinating intersection of planetary exploration, robotics, and space power systems. His research has fundamentally shaped how we think about both robotic and human missions to Mars and Venus, with a particular focus on developing practical strategies for exploring these challenging worlds. Landis has made significant contributions to Mars solar power technology, addressing the real-world complications that dusty Martian skies pose for energy systems — work critical to sustaining both robotic and crewed missions. He is perhaps best known as a primary architect of the Human Exploration using Real-Time Robotic Operations (HERRO) concept, a bold and pragmatic exploration strategy that proposes humans operate from planetary orbit while controlling robots on the surface below, combining human ingenuity with robotic endurance. His vision for Venus exploration has also been groundbreaking, with studies examining rover designs capable of surviving that planet's crushing 452°C, high-pressure environment. Across more than a dozen influential publications accumulating over 170 citations, Landis has consistently championed the synergy between humans and robots as complementary rather than competing exploration tools — a perspective that continues to guide 21st-century space mission planning.