Holistic Approaches in Mental Health and Wellness
Hybrid DNA-Graphene Computing for AI-Driven Facial Nerve Control: A Neuro Bioelectronic Interface Framework
Abstract
Chur Chin
The facial nerve (cranial nerve VII) plays a critical role in expression, emotion, and autonomic regulation. We propose a novel biohybrid system integrating DNA computing, graphene-based nano interfacing, and artificial intelligence (AI) to achieve real-time bidirectional control of facial nerve activity. This hybrid computation platform leverages the molecular specificity of DNA, the conductivity and biocompatibility of graphene, and the adaptive potential of AI to enable a closed- loop neurosensory interface. Potential applications include neurorehabilitation, emotion-sensitive feedback systems, and augmentative communication in neural disorders. This report outlines the system architecture, theoretical advantages, and future clinical challenges.