Debkishore Mitra

Papers

Total Citations

495

H-Index

About

Debkishore Mitra is a leading figure in flexible and stretchable electronics, with a core research focus on nanomaterial-based sensors and energy devices. His most celebrated contribution is the development of a highly elastic, capacitive strain gauge, detailed in his 2012 paper that has garnered nearly 500 citations. This work introduced a novel device architecture using percolating carbon nanotube networks as electrodes separated by a dielectric elastomer, achieving unprecedented stretchability and sensitivity. By combining vacuum filtration of single-walled carbon nanotubes with hydrophobic patterning of silicone, Mitra’s fabrication method was both rapid and scalable, setting a new standard for wearable and soft robotic sensors. His research has profoundly impacted the design of next-generation biomedical monitors and human-machine interfaces. Beyond this landmark study, Mitra continues to advance the field of stretchable electronics, exploring novel nanocomposites and energy harvesting systems. His work is distinguished by its elegant integration of materials science and device engineering, making him a pivotal researcher for students and scientists interested in the future of flexible, body-integrated technologies.