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

FrostTanglement / Bell-CHSH Rule Audit

Test the mathematical consequences of the proposed FrostTanglement relationship: daughter photons remain physically related through a coherent FrostGrid disturbance relayed across the connected FrostLine/FrostCell network between them. The current compatibility rule reproduces the intended Bell-type correlations, but the lower-level FrostGrid derivation of that rule remains open.

Status: Proposed FrostGrid relation · lower-level derivation open. 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.
DECLARED FROSTTANGLEMENT RULEREADY
Common photon propagation axis. Rotating a detector changes the transverse frame around this axis; it does not rotate the travel vector. Detector A transverse measurement frame. Detector B transverse measurement frame. Schematic shared FrostGrid disturbance relayed through the connected FrostLine/FrostCell network between the daughter structures. It is not a claim that one undeforming segment stretches indefinitely. The compatibility rule still requires lower-level derivation. DETECTOR ADETECTOR B TWO-COMPONENT TRANSVERSE FRAME COMPATIBILITY Choose a relative detector angle, then evaluate the declared rule.
RULE AUDIT NOT RUN

Rule consequence — not yet a lower-level derivation. The browser and Python tests reproduce consequences of the supplied compatibility rule. Frostyverse proposes that the daughter structures remain physically related through a coherent FrostGrid disturbance relayed between them, but ordinary 3D FrostGrid mechanics have not yet independently generated the product rule or a distance-to-decoherence law.

CANONICAL CHSH SETTINGSNOT RUN
a = 0° · a′ = 45°b = 22.5° · b′ = −22.5°
Bell-local boundS ≤ 2
Declared rule—
Local marginals50% / 50%
Bell terminology: CHSH > 2 means the declared joint rule cannot be factorized into two independent local-only response functions. Frostyverse instead proposes a real shared FrostGrid relationship between the daughter structures. The 50/50 local marginals still prevent either observer from reading the distant detector setting from local results alone.
Relative angle Δθ—
Coherence C—
Favored joint-relation P—
Complementary relation P—
Correlation E—
Analytic CHSH S—
Monte Carlo ENOT RUN
Monte Carlo CHSH S ± 1σNOT RUN