Awakening Neurosurgery by Quantum-Gravitational Computers with DNA-Graphene-Isotope Linked to AI Feedback
Abstract
Chur Chin
The future of neurosurgery is being revolutionized by the convergence of quantum and gravitational computing, supported by DNA–graphene–isotope interfaces that link to adaptive artificial intelligence (AI). These hybrid systems can awaken intraoperative decision-making with subatomic precision, patient-specific prediction, and consciousness-level feedback loops. Here we propose an integrated model in which quantum entanglement, gravitational wave resonance, isotopic signatures, and DNA–graphene signal propagation interface directly with AI for real-time neurosurgical optimization. This system enables not only enhanced intraoperative navigation but also the possibility of pre-emptive cortical mapping and consciousness modulation. Over 15 references supporting theoretical and experimental groundwork are included.
