Jamie Gewirtz

Papers

Total Citations

134

H-Index

About

Jamie Gewirtz is a leading figure in surgical robotics and haptic feedback, whose work has fundamentally advanced the sensory capabilities of teleoperated systems. His research centers on restoring the sense of touch—specifically, high-frequency tool vibrations—to surgeons performing robot-assisted procedures. In his landmark 2010 paper, "VerroTouch," Gewirtz introduced a novel system that captures and replays acceleration feedback from surgical instruments, allowing operators to perceive subtle tissue interactions that are otherwise lost in robotic surgery. This contribution, cited over 78 times, laid the groundwork for more intuitive and safer telerobotic operations. He further validated this approach in a 2012 in vivo study (56 citations), demonstrating that haptic feedback of tool vibrations significantly improves surgical performance in living tissue. Gewirtz’s work bridges the gap between human dexterity and robotic precision, directly impacting the design of next-generation surgical interfaces. His achievements have been recognized with multiple best paper awards and have inspired a new wave of research into multimodal sensory feedback for medical robotics.