FrostCandy's Laboratory · standalone browser packet · v1.0.39

Two-Body Mass Homogeneity — H2-089 FV-Only Stress

Stress three competing two-body bookkeeping rules as the body/source mass ratio q = M₂/M₁ rises from the test-particle limit to equal masses. The selection metric is internal FV homogeneity; GR is not used to choose the winner.

Status: FV-only homogeneity-selected rule · H2-089. This packet isolates the browser demonstration from the main website. Use the Python/original-research downloads in the parent Lab folder for the historical full audit where applicable.
H2-089 FV-ONLY MASS-RATIO HOMOGENEITYREADY
Zero homogeneity drift: the pair-mass-normalized response is unchanged from q=0. Source Only legacy bookkeeping. Drift reaches -50% at q=1 in the preserved full audit. Pair Total Everywhere: field and relative orbit both use M₁+M₂. Pair-mass-normalized drift remains at numerical zero. Split bookkeeping: source-owned field, pair-total relative orbit. Drift reaches about -4.2577% at q=1. NORMALIZED FV RESPONSE DRIFT FROM q = 0 body / source mass ratio q = M₂ / M₁ relative drift (%) Source OnlyPair TotalSplit Choose a preserved q sample, then run the FV-only homogeneity audit.
FV HOMOGENEITY AUDIT NOT RUN
Selection metricP(q)/(1+q) vs P(0)

This is an FV-only falsification test. The slider snaps only to preserved H2-089 q samples—no interpolation is used. Pair Total was selected by mass-ratio homogeneity before any post-seal real-pair ruler comparison. Use the Python package for the full H2-089 rerun.

BOOKKEEPING LANESNOT RUN
Source Onlyfield M₁ · orbit M₁
Pair Total Everywherefield M₁+M₂ · orbit M₁+M₂
Splitfield M₁ · orbit M₁+M₂
The surviving rule is effective two-domain bookkeeping. H2-089 does not claim literal self-force or derive a microscopic two-separated-field superposition law.
Mass ratio q—
Source-only drift—
Pair-total drift—
Split drift—
Source-only max |drift|50.0000%
Pair-total max |drift|< numerical tolerance
Split max |drift|4.2577%
Working ruleM_pair = M₁ + M₂