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The linear source Ward identity in the tensor target

Original ledger classification: Identity for prescribed-source linear target [E]; finite regressions [N]; dynamical quantum coupling [O]

Recorded statement: For the declared staggered tensor target and prescribed conserved sources use c0=-s^T q and ci=i Bp with the real paired Fourier Hamiltonian. The constraints propagate exactly; the explicit curvature response is retarded. This is not…

Statement, assumptions and sources

Paper context: Frontier and open physical interfaces

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GRAV.LINEAR.SOURCE.WARD.01

Original ledger classification: Identity for prescribed-source linear target [E]; finite regressions [N]; dynamical quantum coupling [O]

Original claim text

For the declared staggered tensor target and prescribed conserved sources use c0=-s^T q and ci=i Bp with the real paired Fourier Hamiltonian. The constraints propagate exactly; the explicit curvature response is retarded. This is not dynamical quantum source consistency: order-g^2 brackets, the removed homogeneous source block and finite-lattice nonlinear scalar Ward residual remain open obligations. A collinear free fermion Ward construction is not full 3D quantum matter or universal nonlinear coupling.

Original classification detail

59 checks: 55 exact; 4 floating. T7 and TOE [O]

Dependencies as recorded

GRAV.FREE.CURVATURE.FOCK.01; GRAV.FREE.CURVATURE.COVARIANT.01; GRAV.SPIN2.EMERGENCE.01

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Registered verification modules

  • v1035_matter_coupling.pyRegistered verification module · frontier
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    Physical Fourier Ward propagation for prescribed sources and dynamical-source obstructions; universal quantum coupling open

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