Journal of Rehabilitation Research Current Updates
Feasibility of DNA-Graphene-Radioisotope Hybrid Computation at the Brain-CSF Interface in Enhancing Robot-Assisted Walking Therapy in Neurorehabilitation
Abstract
Chur Chin
The integration of DNA computing, graphene nanostructures, and positron-emitting radioisotopes offers a novel computational paradigm at the brain–cerebrospinal fluid (CSF) interface to enhance neural signal modulation during Robot-Assisted Walking Therapy (RAWT). We propose that such a DNA–graphene–radioisotope hybrid system, capable of supporting entangled positron-electron pair dynamics, may function as an in vivo quantum-classical neural modulator, supporting neuroplasticity and motor recovery. This work explores the theoretical framework, engineering considerations, and neurological implications of embedding such systems within neurorehabilitation circuits.