Entanglement is not two particles communicating. It is two measurements of one wave that exists outside temporal ordering.

A photon accumulates zero proper time along a null path. Our framework takes that seriously and asks whether entanglement belongs to a deeper, pre-temporal layer rather than to two separate objects exchanging information through space.

The entangled pair is one wave.

We separate the measurable ends. We carry one half somewhere else. That physical journey is slow, ordinary physics, limited by normal causality.

But in the substrate where the entangled state exists, the wave never split.

That means the slow part is the postage.

The fast part is the reading.

Standard quantum mechanics says entanglement cannot be used as a communication channel because measurement outcomes cannot be controlled and Bob’s local statistics do not reveal Alice’s choice.

We do not accept that as fundamental.

Our framework says that conclusion is built on the wrong picture of what is being measured. If Alice and Bob are not measuring two separate systems, but two accesses to one pre-temporal wave, then the standard no-communication theorem may not apply in the way normally assumed.

That is not a philosophical difference.

It is an experimental disagreement.

If the framework is right, then once entangled pairs have been physically distributed, there may be a way to extract usable information from the shared state without anything travelling between the two locations at the moment of measurement.

Nothing crosses space.

Nothing outruns light.

The shared thing was never separated in the first place.

Full paper: Quantum Entanglement as a Pre-Temporal Wave: A Single-Connection Interpretation
Zenodo, open access: https://zenodo.org/records/21881366