C. Gletter

Papers

Total Citations

H-Index

About

C. Gletter is a leading researcher in small-scale robotics and magnetic actuation, whose work has significantly advanced the wireless localization and control of miniature medical robots. Their key contributions center on overcoming fundamental limitations in magnetic localization, particularly through the development of magneto-oscillatory techniques that enable six-degree-of-freedom tracking without the need for large, cumbersome magnets. Gletter’s most-cited paper, "Magneto-oscillatory localization for small-scale robots" (2024, 20 citations), introduces a novel approach that leverages oscillating magnetic fields to achieve precise, wireless localization of sub-millimeter robots, a breakthrough with profound implications for minimally invasive medical procedures. This work addresses a critical constraint in the field—the inability to simultaneously track position and orientation with static fields—and has already garnered attention for its potential to enable more dexterous and autonomous robotic interventions. Gletter’s research bridges fundamental physics and practical engineering, offering a scalable path toward safer, more effective medical microrobots. Their innovative methodology and clear impact on the robotics community mark them as a rising authority in the intersection of magnetism and small-scale automation.