Virginie Battmann
Papers
1
Total Citations
63
H-Index
1
About
Virginie Battmann is a leading researcher at the intersection of soft robotics and wearable electronics, where her work focuses on developing highly stretchable and functional sensor systems. Her most-cited contribution, a 2018 paper on a highly stretchable capacitive sensor, has garnered 63 citations and demonstrates her expertise in materials innovation. In this seminal work, Battmann pioneered the use of printed carbon black electrodes on a barium titanate elastomer composite, creating an interdigital capacitor that maintains performance under extreme deformation. This breakthrough addresses a critical challenge in the field: enabling soft, flexible sensors that can withstand the mechanical demands of real-world wearable applications. By combining conductive carbon black with Ecoflex—a highly elastic silicone—Battmann achieved a sensor that is both durable and sensitive, paving the way for more comfortable and reliable wearable health monitors, human-machine interfaces, and soft robotic components. Her research exemplifies a practical, materials-driven approach to engineering, making her a notable figure in the advancement of stretchable electronics and their integration into next-generation technologies.
Research Focus
Key Achievements
Top Papers
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