A recursive relation connecting spectral data at successive graph approximations. In this project, the principal scaling factor is approximately five, with corrections for the corner-degree-2 Laplacian.
The self-similar graph used as the main spectral substrate for the documented computations.
The exponent associated with spectral counting. For the Sierpiński gasket, the theoretical value used here is (d_s/2=\ln 3/\ln 5\approx0.6826).
Forbidden spectral intervals associated with the spectral-decimation structure. The repository reports their finite-level numerical reproduction within the documented setup.
A boundary twist used to study how flux changes the graph spectrum. The tested full (\pi)-flux configuration opens a gap, but this does not establish the target mass-index rule.
The four integers ({1,12,17,40}) used in the proposed mass relation. Their independent derivation from a spectral invariant has not been established.
The statistical inflation of apparent significance when many configurations, rules, or parameter choices are tested. Phi-Genesis records configuration counts and preregistered decision thresholds to make this risk explicit.
A check, designed without looking at target outcomes, that establishes whether a protocol could reach its decision threshold under an idealized target-compatible result.
The number of eigenvalues below a chosen threshold, computed from the inertia of a shifted matrix. The project’s sparse-LU method is numerical and floating-point based, not a machine-checked proof.