Michalis N. Zervas
Papers
2
Total Citations
128
H-Index
2
About
Michalis N. Zervas is a leading figure in the development of MRI-compatible robotic systems for interventional medicine, with his work bridging the critical gap between high-field magnetic resonance imaging and precise, real-time surgical intervention. His primary research areas encompass medical robotics, fiber optic sensing, and image-guided therapy. Zervas’s most significant contribution is the pioneering design and prototyping of the first piezoelectric-actuated, 6-degrees-of-freedom robot for prostate brachytherapy, a system capable of real-time needle steering within a 3T MRI environment. This landmark work, published in 2011 and garnering 93 citations, was revolutionary for integrating a high-resolution fiber optic force sensor based on a Fabry-Perot interferometer, a technology he detailed in a companion paper (35 citations). By enabling accurate, MRI-compatible force feedback, Zervas solved a fundamental challenge in MR-guided interventions, allowing for safer and more precise needle placement. His achievements have laid the essential groundwork for a new class of robotic assistants that can operate seamlessly within the most advanced imaging modalities, promising to transform minimally invasive cancer treatments.
Research Focus
Key Achievements
Top Papers
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