The Absolute Zero-Storage Protocol: Stateless Materialization Architecture for the Post-Quantum Era

This paper presents a paradigm-shifting data preservation framework that completely bypasses the von Neumann storage bottleneck and Shannon's information limits. By utilizing a deterministic Resonance Mapping algorithm, physical digital payloads are evaporated into 256-bit mathematical coordinate seeds, reducing physical storage requirements to absolute zero bytes. The protocol guarantees O(1) constant-time re-materialization and integrates NIST Post-Quantum Cryptography (PQC) alongside Fuzzy Ex