Quantum entanglement and time
Quantum Entanglement and Generic Time T
GT does not claim to give a complete quantum theory, but it offers a possible interpretation: distant entangled events may share the same underlying Generic Time T even when they are separated in space and local process-time τ.
A cautious GT position
GT does not claim to explain entangled particles as a complete quantum theory. Entanglement remains an open question, and GT does not use entanglement as proof of the theory.
A possible role for Generic Time T
In standard relativity, there is no single universal time coordinate that defines what happens “at the same time” everywhere. GT introduces Generic Time T as an underlying time coordinate.
This gives GT a possible language for describing distant entangled events as sharing the same underlying T-moment or T-state, even when they are separated in space and local process-time τ.
What GT does not claim
This does not mean that ordinary information is sent faster than light. It means that the local τ-description may not fully describe the deeper T-level relation. GT does not claim to replace the quantum-mechanical description of entanglement.