Scene Context: Les finds a sphere in the cave. After a few seconds of thermal contact, the magnetic trap inside the artifact deactivates, an isolated electron loses its quantum state, and this triggers the future extraction process.
Essence of the Phenomenon: In quantum mechanics, a particle can maintain a non-trivial state only as long as the system is perfectly isolated from the external environment. Contact, heat, radiation, or any other interaction causes decoherence—the destruction of this fragile state. If two systems are entangled, measuring one instantaneously defines the other, but this mechanism cannot be used to transmit usable information faster than light.
Scientific Basis: Quantum entanglement and the violation of Bell's inequalities are experimentally confirmed phenomena. Decoherence is equally real: an isolated quantum state collapses the moment the system begins to noticeably interact with a macroscopic environment.
Current Limitations: Modern physics cannot preserve the state of a single quantum system for millions of years, nor does it allow entanglement to be used as a channel for direct superluminal transmission of coordinates or messages. Simply "measuring an electron" cannot magically send a signal into the future.
Theoretical Extrapolation: In this model, the artifact does not transmit coordinates directly. It merely collapses a long-isolated quantum state, which, within the framework of the ER=EPR conjecture, serves as a release trigger. The geometry of the extraction is not "born" the moment Les touches the sphere; it has been pre-calculated and prepared in the future. The collapse of the quantum system merely marks the activation point, after which the theoretical extrapolation of a macroscopically expanded topological channel takes over.