Route24 target K/R close-out sidecar #
Route23's target decoration provider still closes through the broad actual same-tower packets
TargetKmodRSameTowerActualClosers.centralCover_targetCanonicalLowerQuotientEquivData;TargetKmodRSameTowerActualClosers.centralCover_targetKmodRAmbientActionData.
This owned route24 sidecar keeps routed/root files untouched and avoids both names in its exported provider. It uses the existing transport-final target packets instead:
centralCover_targetLowerProjectionData: a concrete projectionY -> B.Cwith kernelK;centralCover_targetKmodRProjectedConjugationActionData: the projected conjugation action on the literal quotientK/R.
Manuscript anchors:
- §7
eq:targettowergivesY -> B = Y/R -> C = Y/KandM = K/R; - §8
def:Xgammauses exact-image lower maps to the lower targetC; - §8
lem:covertransformpulls central covers back through the same lower quotient/decorated target; - §8
lem:elementarystageandlem:obstructionseparationconsume the inducedC-action onM = K/R.
Route23-compatible leaf replacements #
Route24 replacement for route23's route22 lower-action leaf.
This is the first-isomorphism-theorem quotient Y/K ~= B.C, induced by the
transport-final lower projection Y -> B.C with kernel K.
Route24 replacement for route23's route22 canonical representative-action leaf.
The representative law is obtained by choosing representatives through the canonical route22 projection and restricting the projected conjugation action to those representatives.
Route21 lower projection bridge rebuilt from the route24 lower equivalence.
Route21 representative action rebuilt from the route24 canonical representative action.
Direct route24 provider #
Direct target K/R quotient-action provider through the transport-final
projection/action packets.
This is the route24 replacement for route23's target provider; it avoids the two
TargetKmodRSameTowerActualClosers packet names in the current route23 closure.
Decoration-kernel provider downstream of the route24 target bridge.