Sanjeev Gambhir
Papers
2
Total Citations
89
H-Index
2
About
Sanjeev Gambhir is pioneering the development of next-generation materials for soft electronics and bio-inspired systems. His research focuses on creating self-healing, stretchable, and contractible fibers and electrodes that mimic natural biological tissues. In his highly cited 2019 work on self-healing electrodes for artificial electronic skin, Gambhir addressed the critical challenge of balancing electrical conductivity with mechanical resilience. By designing a novel electrode that can autonomously repair internal damage—much like human skin—he overcame the limitations of conventional polymer and hydrogel-based conductors, which typically suffer from poor conductivity and low strength. This study has garnered 52 citations, reflecting its significance in the field of wearable electronics. In a parallel breakthrough, Gambhir drew inspiration from spider silk to engineer a tough, stretchable fiber by hybridizing graphene oxide, multi-walled carbon nanotubes, and polyurethane. This bio-inspired fiber, cited 37 times, offers exceptional energy absorption and contractibility, making it ideal for applications in artificial muscles, soft robotics, and impact-resistant textiles. Gambhir’s work stands out for its elegant integration of biomimicry with advanced nanomaterials, paving the way for durable, high-performance electronic skins and smart textiles.
Research Focus
Key Achievements
Top Papers
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