HW Entanglement as Information Interference

Here's a description you can paste in and adjust: > This working draft (v0.1) explores a picture in which space and time are themselves information, so that information is the medium rather than something carried by one. Two entangled particles are treated as two points on a single ripple spreading from one source, and a measurement is treated as a "write": new information written on top of existing information by constructive and destructive interference.>> Three toy models are simulated (400,000 runs each, Python code included). A ripple that only carries copies of a phase set at the source reaches the local CHSH bound, |S| = 2. A single shared medium rewritten by the first measurement reaches |S| ≈ 2.83, matching the quantum value 2√2, while keeping each detector's own results at 50/50 (no signalling). A short interference argument gives the singlet correlation E(Δ) = −cos 2Δ.>> A proposed resolution of the "how fast" problem is given: distance is treated as the spreading time of information waves before they interact, so no distance yet exists between the entangled pair. The model reproduces standard quantum predictions but does not yet make a new testable prediction, and its key steps are stated as assumptions. Comments are welcome.