“Could significantly enhance the surgical performance of doctors and minimize surgical accidents.” Even the most skilled and steady surgeons experience minute, almost imperceptible hand tremors when performing delicate tasks. Normally, these tiny motions are inconsequential, [...]
Cyborg Surgeon: Hand and Technology Combine in New Surgical Tool That Enables Superhuman Precision
- September 28, 2012
- Cyborg Surgeon: Hand and Technology Combine in New Surgical Tool That Enables Superhuman Precision
- Posted by innovation at 2:45 pm
- No Responses
- Cutting-edge, Emerging Technologies, Health, Innovation, Lasers, Medical Devices, Promising, Technology
- Tagged with: ABPA, Anderson, Anderson localization, Antifungal Therapy, Cape Town, computer engineering department, computer-controlled piezoelectric motors, Cyborg Surgeon, cyborg surgeon hand and technology combine in new surgical tool that enables superhuman precision, Fiber optic sensor, high-precision distance sensor, high-speed fiber-optic sensor, infrared laser beams, johns hopkins school, Johns Hopkins School of Medicine, johns hopkins university, Musical notation, New Surgical Tool, optical coherence tomography, Philip Warren Anderson, Plasma Device, school of medicine, Sensor, small piezoelectric motors, Superhuman Precision, Surgical instrument, surgical tool, University of Wisconsin–Milwaukee, various optomechatronics techniques








