Can confirm (after logging into Academia.edu to read the article) that there is indeed a 137 page ScholarlyArticle PDF; but unlike .ps+.PDF on ArXiV, it looks like it's not possible to copy/paste the abstract;
"The Self-Consistent Coherence-Maximizing Universe: Complete Derivation of the Standard Model and General Relativity from Mathematical Self-Consistency" (2025) https://www.academia.edu/144466150/The_Self_Consistent_Coher... :
> Abstract: We derive the complete structure of fundamental physics from a single principle: Quantum coherence maximization under self-consistency constraints. [...]
That sounds consistent with observed retrocausality.
> Keywords: coherence maximization, golden ratio, Standard Model, General Relativity, holographic principle, E8 symmetry, zero free parameters
> 1. Holographic Architecture: The 2+1D World-Hologram
> Falsifiable If: [...] Quantum computer fails to reproduce
In the other HN post: https://news.ycombinator.com/item?id=45585654 , it says:
> Tested on quantum computers. TFIM critical point converges to 1/phi in the thermodynamic limit.
Which quantum computer is this tested on, and how? Is there Python code in Cirq or QISKit or Tequila, for example?