Storage Ring: A Miniaturized Storage Device Based on Spacetime Editing Theory

Spacetime Editing Theory redefines teleportation as the switching of the projection port of an information cluster at the basal level, rather than the spatial movement of physical particles. Within this framework, this paper presents a complete design for a miniaturized storage device—the storage ring. The ring integrates an array of multi-frequency ring resonators, each corresponding to an independent storage cell. For storage, an object is decoupled into an information cluster by external multi-frequency excitation, and the basal layer routes the cluster to the corresponding ring’s inner void based on the target resonator’s frequency set, where it manifests as a reduced-scale physical object. For retrieval, the reduced object inside the ring is re-excited with its intrinsic frequency set to decouple it back into an information cluster, while the intrinsic frequency set of an empty space point in front of the ring is specified as the routing address. The cluster manifests at that space point as a reduced object and is then enlarged to its original size via ρ-mode amplification. The ring structure, through geometric separation and the principle of minimum energy, avoids the fusion of the information cluster with the address carrier. This paper systematically elaborates the theoretical foundation, structural design, physical mechanisms, safety guarantees, and operational workflow of the storage ring, and proposes experimental verification schemes, providing a theoretically feasible technological path for personal portable storage.