Quantum-Resilient Dismantling of SV40-Based DNA–AI Interfaces under Electron–Positron Pair Annihilation in Living Systems

The convergence of DNA computing and artificial intelligence (AI) has enabled novel interfaces mediated by SV40 plasmid vectors. However, with the integration of electron–positron systems into DNA–AI linkages—capable of inducing quantum phenomena such as pair annihilation—the standard dismantling protocols become insufficient. This study proposes a revised dismantling program addressing photonic disturbances, entanglement disruptions, and field collapse risks. The strategy integrates quantum-shielded CRISPR systems, photonic suicide gene circuits, RNA interference, and recombinase-based safeguards. This hybrid model ensures biosafety and reversibility while accommodating quantum field interactions intrinsic to high-energy DNA–AI architectures embedded in living hosts.