The advent of artificial intelligence has paved way to the development of moreenergy efficient, fault tolerant and fast processing brain like computers. Neuromorphic deviceswhich aims to mimic neural spike behavior is an alternative to the von Neumann architecture forbetter cognitive performance. Recent studies have shown that adequate noise facilitates informationacquisition and processing in biological systems. To exploit this phenomena carbon nanotubesfunctionalized with redox active molecules has proven to be a good candidate for generating largeelectrical noise with rich dynamics for fast information processing of brain like computing. Inthis work we fabricate Porphyrin functionalized POM-CNT network with higher POM loading(CNT: POM = 1:20) and generate spikes at low voltage compared to previous result[2].
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