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About

Probal Mitra is a pioneering researcher in haptics and telerobotics, whose work has fundamentally advanced how humans interact with remote and virtual environments. His research centers on three key areas: immersive haptic simulation for surgical training, model-mediated telemanipulation, and overcoming time-delay challenges in teleoperation. Mitra’s most influential contribution is the development of THUMP, an immersive haptic console for surgical simulation and training (21 citations), which demonstrated how telerobotic systems could revolutionize minimally invasive surgery by providing surgeons with realistic force feedback. He further advanced the field through his work on dynamic proxies for haptic simulation of manipulator collisions (9 citations), enabling more realistic multi-user interactions in virtual environments. Mitra’s groundbreaking research on model-mediated telemanipulation (5 citations) and mediating time-delayed teleoperation with user-suggested models (4 citations) addressed one of the most critical challenges in space and nuclear robotics: operating across significant communication delays. His approach of continuously estimating and displaying approximate environment models to operators has become foundational for teleoperation systems. With a cumulative citation count exceeding 40, Mitra’s work continues to influence surgical robotics, space exploration, and hazardous environment operations.