Routing Address: Information Navigation Mechanism in Spacetime Editing

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, the navigation of an information cluster from sender A to receiver B relies on a "routing address"—an information tag identifying the target location. This paper systematically elaborates the physical essence of the routing address, its relationship with the intrinsic frequency of objects, and how geometric design ensures that the information cluster manifests safely at the target position without fusing with the address carrier. We demonstrate that any physical system with a stable frequency response can serve as a routing address, but the geometric structure of the address carrier determines the specific manifestation region of the information cluster in emergent spacetime. Through geometric separation and the principle of minimum energy, a ring structure causes the information cluster to automatically manifest within the inner void of the ring, fundamentally avoiding fusion. This paper provides a complete description of the address navigation mechanism for Spacetime Editing Theory.