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About

C. Dionisio is a space physicist and engineer whose research bridges fundamental physics, satellite navigation, and planetary science. Their most impactful work centers on developing innovative technologies for space-based metrology and attitude determination. Dionisio’s highest-cited paper (22 citations) introduces a novel star tracker concept that leverages a multi-purpose panoramic camera for satellite attitude determination—a practical contribution to spacecraft autonomy and imaging efficiency. They have also made significant contributions to tests of General Relativity, co-authoring a study on probing new physics through Lunar Laser Ranging (12 citations), which explores precision measurements of lunar orbit dynamics to constrain deviations from Einstein’s theory. Additionally, their work on the MAGIA lunar orbiter (10 citations) outlines a mission concept for absolute positioning metrology and fundamental physics experiments on the Moon. With a career spanning both applied engineering and theoretical gravity research, Dionisio exemplifies how space instrumentation can serve dual purposes: advancing satellite technology while enabling high-precision tests of nature’s laws. Their interdisciplinary approach has informed European Space Agency mission studies and continues to inspire students interested in the intersection of space systems and fundamental science.