Michael Melzer

Leibniz Institute for Solid State and Materials Research, Federal Institute For Materials Research and Testing

Papers

Total Citations

922

H-Index

About

Michael Melzer is a pioneering researcher in the field of flexible and wearable magnetoelectronics, whose work has fundamentally advanced how magnetic sensing technologies can be integrated into soft, stretchable, and body-conforming systems. His research bridges materials science, physics, and engineering to transform traditionally rigid magnetic sensors into their flexible, printable, and stretchable counterparts — a vision eloquently captured in his influential concept of "shapeable magnetoelectronics" (2016, 177 citations). Melzer's most celebrated contributions include the development of highly flexible bismuth Hall sensors on polymeric foils capable of wrapping around the human wrist or finger as interactive pointing devices (2014, 265 citations), and his groundbreaking work on "imperceptible magnetoelectronics" (2015, 223 citations), which envisions electronic skins that not only mimic human sensory capabilities but extend them with entirely new magnetic senses. His direct transfer printing method for stretchable magnetoresistive sensors further streamlined fabrication processes for next-generation electronics. With a comprehensive review of stretchable magnetic field sensorics (2019) and advances in integrated e-skin matrix systems (2020, 104 citations), Melzer has consistently shaped the trajectory of soft robotics and human-machine interface research, accumulating over 900 citations across his most impactful works.