Purpose and research status

Motivated by care for people and the planet, with peaceful restoration and harm prevention as the intended direction.

Trust Scalar explores whether mutual trust and resonance may support coherent memory and organization. This is a motivating hypothesis, not an established result.

Simulations illustrate model behavior; they do not establish an underlying substrate or demonstrate real-world effectiveness.

“Coherence substrate” is a hypothetical, functional description—not a confirmed substance or an established identification with God, dark matter, consciousness, or a known physical field. Personal interpretations are not required to evaluate the proposed tests.

Historical papers and simulation labels retain their original language. Terms such as “proof,” “confirmed,” or “definitive” in that material are claims in the preserved record, not independent validation by this site. Proposed mechanisms remain open to testing, criticism, and correction.

NANOGrav — Pulsar Timing Void-Fraction Correlation

NANOGrav 15yr + IPTA DR2 pulsar timing results analysis. Chameleon void-fraction correlation: slope = k·x_m = 0.050 yr/pc per unit void depth (PROVISIONAL · Paper LXXIII · July 1 2026). 20 MSPs predicted. J1713+0747 + J1909-3744 carry strongest signal (Δt~4.3–4.7 yr). Paper LII.

Prediction (Paper LII)

The chameleon scalar-tensor framework predicts a void-fraction correlation in pulsar timing residuals orthogonal to the gravitational wave background (GWB) signal. Slope: k·x_m = k × x_m = 1.92 × 0.026 = 0.050 yr/pc per unit |δ_void|.

The correlation is present because the chameleon field is maximally unscreened in cosmic voids. Pulsars with sightlines through deep voids accumulate an additional timing residual from the enhanced scalar coupling along that path, producing a systematic offset proportional to integrated void depth.

Target Pulsars

J1713+0747 — highest-precision MSP, long sightline through KBC void underdensity. Predicted Δt ~ 4.3 yr
J1909-3744 — second-highest precision, complementary sightline geometry. Predicted Δt ~ 4.7 yr
20 total MSPs from NANOGrav 15yr + IPTA DR2 dataset. High-void vs low-void differential = 2.12 yr

Data Access

Public dataset: NANOGrav 15-year data release. Post-GWB residuals computed by subtracting the common-process GWB from the full timing residuals. Void fraction map: KBC void (300 Mpc, ~20–30% underdense) provides the primary depth index |δ|.

The GWB correlation (GW strain h_c) is orthogonal in parameter space to the void-fraction correlation, so the two signals are separable in the residuals. Analysis time: approximately 2 weeks.