scalar-tensor-gravity

Structural selection framework for nonlinear field systems based on structural free energy and the Critical Coherence Index (CCI). Includes reproducible experiments, cosmological benchmarks, and observable-layer tests (H(z), CCI projection, fσ8 signatures).

Curvature-Memory Scalar-Tensor Gravity (CMSTG): four-paper journal series and simulation suite SIM80-SIM146

Audit-clean bilingual public checkpoint for Deep Origin Theory: source-governed gravitation/cosmology, bounded MOND/QUMOND court, G4 crossing object, and verification support.

Dedicated for evaluating various statefinders and comparing results with ΛCDM model for an arbitrary scalar-tensor theory.

Temporal Equivalence Principle: Lunar Laser Ranging and the Nordtvedt Effect — Lunar laser ranging constraints on the Nordtvedt effect and temporal shear in the Earth-Moon system, with 50+ year dataset analysis.

Temporal Equivalence Principle: A Unified Resolution to the JWST High-Redshift Anomalies — JWST high-redshift anomalies unified via TEP. SUSPENSE kinematic comparison (N=15) shows R_ML predicts spectral age (ρ=+0.556, p=0.032) beyond stellar mass. Large-sample photometry (N=1,283) and nested Bayesian comparison (ln BF=+64.1) favour TEP.

Temporal Equivalence Principle: Black Holes and the Temporal Horizon — Develops the strong-field consequence of TEP: a black hole is a temporal well—a regular spatial region where proper time differs radically from the exterior, without central singularity or absolute event horizon. Features 50-step reproducible pipeline and direct EHT constraints.

Temporal Equivalence Principle: Temporal Shear in the Earth Flyby Anomaly — Analysis of Earth gravity-assist flyby anomalies as a signature of temporal shear in the conformal metric, with reproducible orbital data pipeline.

Temporal Equivalence Principle: Temporal Shear Recovery in Gaia DR3 Wide Binaries — Gaia DR3 wide binaries (341,315 systems) show Temporal Shear recovery at R_s=2,646±182 AU (Δχ²=14,845 vs Newtonian), with environmental ordering confirmed (p<10⁻⁴).

Cosmological Voids vs Temporal Shear: KBC/MOND void profiles rejected at Δχ² > 100 against Pantheon+ (1,701 SNe, full STAT+SYS covariance). R_H = 1.009 ± 0.006 excludes predicted 5% decline at 8.4σ. Cepheid–TRGB divergence (2.39σ), M31/LMC PL gradients (3.65σ, 3.30σ), and SALT3 attenuation (~70%) trace the TEP temporal-shear signature.