Anirvan Guha

Papers

Total Citations

574

H-Index

About

Anirvan Guha is a pioneering researcher at the intersection of bioinspired engineering and soft materials. His most celebrated contribution is the invention of an electric-eel-inspired soft power source, detailed in a 2017 paper that has garnered over 574 citations. This work, which uses stacked hydrogels to generate electricity, mimics the electric eel’s natural mechanism, offering a flexible, biocompatible energy source for implantable devices and soft robotics. Guha’s research focuses on harnessing biological principles to create novel materials and systems, with major impacts in bioelectronics, energy harvesting, and synthetic biology. His notable achievements include demonstrating the first synthetic electric organ, which has inspired new approaches to powering medical implants without rigid batteries. By translating the eel’s electrocyte structure into a practical, scalable design, Guha has opened pathways for safer, more adaptable power sources. His work is widely cited by engineers and biologists alike, reflecting its interdisciplinary reach and potential to reshape how we think about energy in soft, living systems.