Papers
2
Total Citations
32
H-Index
2
About
M. Schubert is a leading researcher in stretchable electronics and soft material-based logic systems, with a focus on mechanical-strain-gated switches. Their major contribution lies in developing a single-material system that can perform three distinct functionalities—strain-invariant conductivity and logic gate operations—without relying on conventional electronic components. This breakthrough, detailed in their highly cited 2021 *Advanced Materials* paper (29 citations), introduces a soft tunneling barrier that enables stretchable thin-film switches to function as mechanical-strain-gated logic gates, a cornerstone for material-embedded circuits in soft robotics and wearable sensors. Schubert’s work has garnered significant attention, with their most-cited paper being recognized as a key advancement in the field, and they have also contributed to the broader understanding of off-switch strain-responsive behaviors. Their research bridges materials science and device engineering, offering a pathway toward fully stretchable, autonomous electronic systems. Schubert’s achievements underscore their role in shaping the future of deformable electronics, making them a notable figure for students and researchers exploring next-generation soft technologies.
Research Focus
Key Achievements
Top Papers
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