Quantum Feed-Forward Diverter Loop

This scientific proposal outlines a unique thought experiment combining ultra-cold Rubidium atomic clouds in a negative time dwell state with quantum entanglement triggers. The framework utilizes a quantum feed-forward mechanism to route incoming photon light pulses onto an alternate path, effectively presenting a theoretical layout to bypass temporal grandfather paradoxes without inducing a system-wide wavefunction collapse.

"Update (Version 2): Added Python (Qiskit) simulation script to verify quantum state routing logic."

Implemented a 4-Case Marginal Probability Matrix simulation (Z-basis, X-basis, No-measurement, and Random-basis) to rigorously verify that the system strictly obeys the No-Signaling Theorem and preserves causality under feed-forward routing conditions.

Update (Version 4): Integrated an advanced Time-Symmetric / Post-Selected Diverter Test framework. Successfully verified a 100% quantum state correlation conditioned on future measurement outcomes while strictly preserving the global No-Signaling theorem constraint.