Actual semantic central-pushout closers #
This sidecar is the narrow bridge below
minimalBlock_preheadCentralPushoutExtraspecialActualData.
The current route-facing packet combines two different manuscript steps:
- the actual scalar central-pushout family
K_lambda = K / ker lambda, recorded in Lean as one coherent square/polar family with the samephi_lambda; - the simple-head determinant theorem for that actual family, namely
naturality,
q_lambda|T = 0,b_lambda(T,M) = 0, and polar-radical containment.
This file keeps those steps separate. It does not introduce a new axiom: the assembler below uses the existing concrete square/polar central-pushout packet and the existing actual simple-head determinant packet for the semantic family projected from that same square/polar data.
Same-family actual semantic packet #
Actual semantic data for the Section 7 extraspecial pushout, split into the actual scalar central-pushout construction and the determinant theorem for the same projected semantic family.
- squarePolar : MinimalBlockPreheadCentralPushoutSquarePolarData D
The actual scalar central-pushout square/polar family.
- determinant : MinimalBlockPreheadCentralPushoutSimpleHeadDeterminantActualData (MinimalBlockPreheadActualScalarCentralPushoutData.ofSquarePolar self.squarePolar).toSemanticData
The
prop:simpleheaddettheorem for the semantic family projected fromsquarePolar.
Instances For
The actual scalar central-pushout packet induced by the square/polar data.
Equations
Instances For
The semantic central-pushout family induced by the actual scalar packet.
Equations
Instances For
Constructor from lower Section 7 packets #
Assemble the actual semantic split from the concrete square/polar pushout family and the actual simple-head determinant packet for the same projected semantic family.
Its nonstandard closure is strictly below
minimalBlock_preheadCentralPushoutExtraspecialActualData: it exposes the actual
central-pushout square/polar construction and the actual determinant theorem as
separate obligations.