Mohammad Naraghi

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About

Mohammad Naraghi is a leading researcher in the field of smart materials and soft robotics, with a focus on developing advanced polymer actuators and piezoelectric nanofibers. His work bridges materials science and mechanical engineering to create biomimetic systems capable of responding to environmental stimuli. A key contribution is his investigation into the correlation between annealing temperature, morphology, and electro-mechanical properties of electrospun piezoelectric nanofibers (62 citations), which has provided foundational insights for designing high-performance energy-harvesting and sensing devices. Naraghi has also pioneered tunable humidity-driven artificial muscles by integrating graphene nanofillers into sulfonated polyether ether ketone, enabling precise control over actuation performance for soft robotics applications (9 citations). More recently, his work on fuel-driven redox reactions in electrolyte-free polymer actuators (7 citations) addresses critical challenges in powering artificial muscles without bulky batteries, advancing the field toward autonomous, lightweight soft robots. Through these innovations, Naraghi is shaping the next generation of adaptive materials, with his research cited for its potential to revolutionize prosthetics, biomedical devices, and autonomous systems.