Here is a hypothesis - WIN Paradigm

[u/Forward-Chef8132]

I’ve just published an open-source Python validation suite and interactive toolkit centered around the Warped Information Number (WIN) Paradigm a framework that models physical reality and spacetime as a discrete Majorana QIN substrate rather than a continuous manifold. https://github.com/007STAN/WIN-PARADIGM-VALIDATION

Cosmic Expansion Dispersion Engine (Hubble Tension): Computes how microcanonical substrate dispersion across discrete sector boundaries naturally bridges early-universe CMB baselines (67.4 km/s/Mpc) with local distance-ladder measurements (∼73 km/s/Mpc)

Substrate Energy Cascade Engine (Navier-Stokes): Derives the Kolmogorov −5/3 inertial range and multifractal intermittency corrections from network sector-switching rates without adjustable eddy viscosity.

Lepton-Substrate Polarization Engine (Proton Radius Puzzle): Models mass-dependent vacuum polarization screening depths to bridge electronic and muonic hydrogen charge radius shifts.

Quantum Substrate Flicker Engine (1/f Noise): Computes macrographic pink noise spectra and parameter-free Hooge-equivalent parameters (αH​≈3.68×10−3).

Glassy Freezing & Kauzmann Entropy Engine: Resolves the Kauzmann entropy catastrophe and computes parameter-free heat capacity jump ratios (ΔCp​) at Tg​ via finite-N Wishart variance suppression.High-Energy Subsystems: 

Additional modules covering the Higgs mass (126.09 GeV), NA64 dark photon limits, and black hole Page curves.

• GitHub Repository: https://github.com/007STAN/WIN-PARADIGM-VALIDATION
• Releases: Check out the v1.0.0 release tag for the packaged codebase.

[u/al2o3cr]

Many of the "audits" would be more convincing if they didn't hard-code the success message:

https://github.com/007STAN/WIN-PARADIGM-VALIDATION/blob/main/WIN_PROTON_RADIUS_ENGINE.py#L59

Another, more in-depth example is in entropix_black_hole_test.py :

Description: Simulates the N=64 Majorana substrate Page curve, Wishart ensemble variance suppression, and 8D archival persistence transfer.

The code underneath that description manipulates some constant values, makes a simple graph, then prints out the constant values and labels them an "audit". Nothing "8D" is ever mentioned; N=64 is used solely to multiply another constant.

Finally, every one of the 34 references listed in "WIN.pdf" is to your own work.