Quantum-Topological Protection for Electronic DNA Memory: OAM-Plasma PUFs for Secure Multi-Millennial Knowledge Preservation

The Quantum-Topological Protection framework integrates Orbital Angular Momentum (OAM) plasma Physical Unclonable Functions (PUFs) as a deterministic encryption and authentication gatekeeper for the digital-to-biological handoff of electronic DNA memory. Leveraging real-time 6D kinetic observables from controlled dusty plasma (Patched Charge Model) and explicit topological hashing of OAM modes, the system generates physically unclonable ternary keys that render DNA-encoded assets cryptographically inert without the original live plasma snapshot. This creates a self-defending Biological Firewall for chip-integrated metal-mediated ternary DNA memory (mmDNA) and synchronized DNA One-Time Pad cryptography. The architecture ensures secure multi-millennial preservation of high-value assets — including foundational AI training data, model provenance, and scientific archives — while remaining fully compatible with emerging electronic DNA interfaces and post-quantum standards. Key technical elements include:• 6D Vlasov/Patched Charge Model key derivation• Explicit OAM-plasma dispersion relation and topological hashing into ternary keys• Closed-loop Q2B vault (OAM-Plasma PUF → DNA OTP → mmDNA storage)• Risk mitigation table demonstrating negligible exfiltration risk