Sumon Kumar Bose

Papers

Total Citations

117

H-Index

About

Sumon Kumar Bose has pioneered the integration of self-healing materials with neuromorphic computing, fundamentally advancing decentralized sensory processing for robotics. His landmark 2020 work on "Self healable neuromorphic memtransistor elements" (117 citations) introduced a paradigm shift: instead of routing all sensory data from a robot's skin to a central processor, Bose's memtransistors enable localized, brain-like signal processing directly at the point of contact. This breakthrough not only slashes wiring complexity and energy consumption but also imbues robotic systems with resilience—the devices can autonomously repair damage, mimicking biological self-healing. By merging memristive switching with stretchable, self-repairing substrates, Bose has created a platform for intelligent prosthetics and autonomous robots that learn and adapt in real time. His contributions sit at the intersection of materials science, neural engineering, and soft robotics, offering a tangible path toward truly embodied artificial intelligence. With his work cited across disciplines, Bose is shaping how future machines will sense, compute, and recover—without needing a central brain to tell them how.