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About

Sebastian Hettrich is a leading figure in analog planetary research, specializing in the simulation of extraterrestrial surface missions to advance human and robotic space exploration. His major contributions center on designing and executing complex field tests that replicate the challenges of Mars and lunar environments, bridging the gap between theoretical mission planning and real-world operations. Hettrich’s most cited work, *The MARS2013 Mars Analog Mission* (40 citations), details a pioneering four-week field test in the northern Sahara, where a simulated Mars crew conducted 19 experiments under remote supervision from Austria—a landmark study in distributed mission control. He also led the *ALCIDES* lunar mission concept study (18 citations), which demonstrated enabling technologies for deep-space exploration and human-robot interaction. Through his synthesis of operational protocols, safety assessments, and technological validation, Hettrich has profoundly influenced how space agencies prepare for long-duration planetary expeditions. His research underscores the critical role of analog studies in ensuring mission success and crew safety, making him an essential voice in the future of interplanetary travel.