BoundaryTransportCert
plain-language theorem explainer
BoundaryTransportCert packages the Euler boundary bridge assumption as the remaining physical bridge in the RH-from-RCL derivation. Researchers tracing the Recognition Science route to the Riemann hypothesis cite it to isolate the transport step from realized defect collapse to the Euler ledger boundary. The definition is a single-field structure that directly aliases the prior assumption without adding content.
Claim. A boundary transport certificate is a structure containing an assumption $b$ such that realized defect collapse transports to the T1-bounded Euler realizability scalar.
background
The Boundary Transport module isolates the remaining physical bridge after UnifiedRH.lean establishes that nonzero-charge realized defect families admit a concrete collapse scalar approaching zero. The open question is whether this collapse reaches the T1-bounded Euler realizability scalar. BoundaryTransportCert names that bridge explicitly. It depends on EulerBoundaryBridgeAssumption, which encodes the transport requirement from the T1BoundaryExclusion import.
proof idea
The declaration is a one-field structure definition that directly wraps EulerBoundaryBridgeAssumption as its sole field.
why it matters
This isolates the final obstruction in the RH-from-RCL route. Downstream results equate it with the no-nonzero-charge sensor statement via boundaryTransportCert_iff_rh_core and use it to construct logicData_of_boundaryTransport for the completed zeta ledger. It touches the open physical transport question in the Recognition Science framework, specifically the T1 boundary step after the forcing chain reaches D=3.
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