M. Feliziani

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About

M. Feliziani is a leading researcher in electromagnetic field theory, wireless power transfer, and electromagnetic compatibility (EMC). His work bridges theoretical innovation and practical application, particularly in biomedical and disaster-response technologies. He is best known for pioneering an innovative wireless charging system for implantable capsule robots, where he uniquely combined a Helmholtz coil with a birdcage coil to generate a magnetic field with all nonzero components, enabling efficient power delivery regardless of device orientation (2021, 23 citations). In a highly impactful study on electromagnetic propagation under rubble following a historic town’s earthquake, Feliziani experimentally characterized signal behavior in disaster debris, providing critical models for rescue robot localization and communication systems (2014, 22 citations). His contributions have advanced the feasibility of wirelessly powered medical implants and improved the reliability of emergency response technologies. With a career spanning foundational EMC standards and cutting-edge applied electromagnetics, Feliziani’s work continues to influence both academic research and real-world engineering solutions.