A 3D Medium Operatorial Framework for Environmental Tidal Response: Complete Working Paper after Z-line All-Sigma and GR Effective-Source Diagnostic Branch

This Zenodo record archives the current state of the Geometria e tempo emergente project, branch 3D Membrane/Medium Environmental Response Framework, after the V845 manuscript update. The current release should be read as an exploratory, claim-gated scientific record. The project has produced a reproducible 3D medium/operatorial diagnostic framework and a documented audit trail. It has not produced a validated physical theory of gravity, dark matter, or dark energy. The defensible layer is an operatorial/diagnostic framework based on density-grid inputs, weak-field tidal/electric-Weyl-like proxy diagnostics, radial environmental source reduction, an auxiliary screened response, full-matrix and null-control audits, Z-line all-sigma operatorial coverage, and a GR effective-source diagnostic branch. This version integrates the complete GR effective-source diagnostic branch: V837: GR effective-source formulas for f(r)=1-2Gm(r)/r; V838: Schwarzschild and de Sitter sanity checks; V839: compact mass-function testbed; V840: action/matter-model search preregistration; V841: S5 anisotropic-fluid interval proof; V842: formal magnetic nonlinear-electrodynamics reconstruction; V843: Maxwell-limit / threshold blocker audit for exact compact S5 NED; V844: canonical scalar stress-pattern obstruction. The release preserves the positive operatorial results and the negative or blocked physical-upgrade routes. S5 is classified only as a phenomenological anisotropic-fluid diagnostic source. The formal NED reconstruction remains blocked by compact-support and Maxwell-limit issues. The simple canonical scalar route is closed as a negative control. ENV_RESPONSE remains null-closed with current assets. This work is not peer reviewed. It does not claim a physical theory of gravity, a dark matter derivation, a dark energy derivation, an observational detection, a validated physical field, or a true relativistic Weyl calculation. It should be cited as an exploratory technical archive, not as an established theory of gravity, dark matter, dark energy, or cosmology.