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About

Richard Hayes is a key figure in astronomical instrumentation, specializing in the design and implementation of high-precision, large-scale robotic systems for major observatories. His primary research areas include precision motion control, mechatronics, and fiber optic support systems for next-generation telescopes. Hayes’s most significant contribution is his work on the Hobby-Eberly Telescope Dark Energy Experiment (HETDEX), where he led the development of the tracker control system—an 18,000 kg robot capable of positioning a 3,100 kg payload within 10 microns of a dynamic track. This groundbreaking achievement, detailed in his most-cited paper (11 citations), enables the precise targeting required for dark energy surveys. He also engineered the fiber optic support system for VIRUS, handling over 33,600 fibers for HETDEX (7 citations), and developed a multi-axis, high-precision drive system for the telescope’s Wide Field Upgrade (4 citations). Hayes’s work is essential for astronomers studying dark energy, and his innovations in large-scale, high-precision robotics continue to influence observatory design worldwide.