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This page is the Mathematical City landing page for the provenance-preserving rescue of Einstein-, Planck-, and Faraday-linked formalism. Original Drive documents remain unchanged. The linked monograph supplies typed replacements, explicit assumptions, and evidence boundaries.

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Canonical artifacts

• Google Drive rescue folder
• Linked Rescue Monograph and Correction Ledger

Governing transformation

$\text{original source}\to\text{typed domain}\to\text{corrected identity}\to\text{evidence boundary}\to\text{certificate}\to\text{civic route}$

Rescue classes

• Certified: exact under declared definitions or standard theorem.
• Correction-routed: source expression requires repair before use.
• Destination-limited: exact only inside a declared model.
• Boundary-clarified: mathematical core survives while broader interpretation remains unproved.

Einstein route

The expression $\partial_\mu C^{\mu\nu}=J^\nu$ is retained as a tensor divergence law, not as an Einstein equation by itself. The rescued gravitational model begins from a covariant action:

$$ S[g,C,\psi]=\int_M\sqrt{-g}\left[\frac{R-2\Lambda}{16\pi G}+\mathcal L_C+\mathcal L_m\right]d^4x $$

and yields

$$ G_{\mu\nu}+\Lambda g_{\mu\nu}=8\pi G\left(T_{\mu\nu}^{(m)}+T_{\mu\nu}^{(C)}\right). $$

Planck route

The scale lattice

$$ m_n=m_{\mathrm{Pl}}r^{-n},\qquad n(m)=-\frac{\ln(m/m_{\mathrm{Pl}})}{\ln r} $$

is enrolled as an exact address system by definition. Physical mass or coupling predictions require a separately declared observable map and model comparison.