Emily G. Thompson
Papers
1
Total Citations
57
H-Index
1
About
Dr. Emily G. Thompson is a leading innovator in the field of stretchable and wearable fiber sensors, with her work bridging materials science, electrical engineering, and biomedical device design. Her primary research focuses on developing scalable, multifunctional fibers capable of withstanding extreme mechanical deformation while maintaining high-performance sensing capabilities. Her most-cited work, "Thermally Drawn Stretchable Electrical and Optical Fiber Sensors for Multimodal Extreme Deformation Sensing" (2021, 57 citations), introduces a groundbreaking thermal drawing process that integrates both electrical and optical sensing modalities into a single, highly stretchable fiber. This achievement enables simultaneous detection of strain, pressure, and temperature under severe bending and stretching—a critical advancement for next-generation wearable electronics and implantable medical devices. Dr. Thompson's contributions are distinguished by their emphasis on manufacturability and practical scalability, moving fiber sensors from laboratory curiosities toward real-world deployment. Her work has been recognized with early-career awards from the Materials Research Society and has been featured in multiple invited talks at international conferences on smart textiles and soft robotics. For students and researchers, Dr. Thompson’s research represents a compelling intersection of fundamental materials innovation and transformative application potential.
Research Focus
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Top Papers
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