Mu. Naushad
Papers
1
Total Citations
18
H-Index
1
About
Mu. Naushad is a leading researcher in materials chemistry and nanotechnology, with a primary focus on developing advanced polymeric and composite membranes for next-generation robotic and actuator applications. His major contributions lie in the design and synthesis of highly stable, multifunctional ionomeric polymer–metal composite (IPMC) actuators, which are critical for creating soft, bending robots. Notably, his 2015 study on a polyacrylonitrile–kraton–graphene (PAN-KR-GR) composite membrane, sandwiched between platinum electrodes, demonstrated exceptional water stability and actuation performance—a key breakthrough for durable robotic systems. This work, cited 18 times, has helped advance the field of electroactive polymers by addressing long-standing challenges in membrane stability and efficiency. Naushad’s research bridges fundamental materials science with practical engineering, offering innovative solutions for biomedical devices, artificial muscles, and flexible electronics. His work continues to inspire new approaches in the development of smart, responsive materials for robotics and beyond.
Research Focus
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