Jaehun Choe

Papers

Total Citations

391

H-Index

About

Jaehun Choe is pioneering the next frontier of minimally invasive medicine at the intersection of robotics, magnetics, and neurovascular surgery. His research focuses on developing telerobotic systems and magnetic soft continuum robots designed specifically for the delicate and confined spaces of the brain’s vasculature. Choe’s major contribution lies in overcoming the extreme miniaturization challenges that have long prevented robotic assistance in endovascular neurosurgery. His landmark 2022 work, “Telerobotic neurovascular interventions with magnetic manipulation,” has garnered **379 citations**, reflecting its profound impact on the field by demonstrating how magnetic manipulation can enhance surgical precision while reducing surgeon fatigue. In a subsequent study, he introduced telerobotically controlled magnetic soft continuum robots, further proving the feasibility of navigating complex neurovascular pathways remotely. By merging soft robotics with wireless magnetic control, Choe is not only advancing surgical robotics but also laying the groundwork for safer, more accessible treatments for stroke and other cerebrovascular diseases. His work stands as a critical bridge between traditional endovascular techniques and the next generation of autonomous, remotely operated surgical systems.