Route82 kernel closers for the minimal-block route #
This sidecar advances the Route82 kernel frontier without editing the
integrated Route82 proof. It keeps the Route81 least/Frattini lowering for the
selected K, but routes the raw tower and simple-head layer through smaller
Section 7 manuscript packets:
- the raw
R, M, T, Cobjects are selected as the literal Route43 objectsR = Phi(K),M = K/Phi(K),T = (K cap S)/Phi(K), andC = Y/K; - the raw actions are selected as the Route43 transported actions on
RandM, plusT-stability; - the bridge
K/Phi(K) ~= Mis theorem-level from the selected literal quotient object, so no separate Route81 bridge atom is used; - the four Route81 simple-head fields are supplied by Route43 proof-step packets: maximal-submodule containment, orbit spanning, a nontrivial-action witness, and a chosen invariant lower character.
The public provider is a drop-in replacement for
minimalBlock_groupTowerData_from_kernelRoute81Closers, but it is intentionally
not imported by the integrated route.
Raw object/action/bridge lowering #
Route82 raw object/action/bridge packet from Route43 literal and transported same-tower data.
This replaces the three Route81 raw atoms
rawObjectsData, rawActionsData, and rawBridgeData by the literal Section 7
objects/actions. The bridge is recovered from the literal M = K/Phi(K)
packet selected in the same construction.
Simple-head semantic lowering #
Route82 simple-head semantic packet assembled from Route43 proof-step packets.
This replaces the four Route81 simple-head atoms by the lower manuscript forms already present in Route43.
Route55-shaped provider #
Route55-shaped packet using Route81 least/Frattini lowerings and Route82 raw/simple-head lowerings on one selected tower.
Route54 coherent data supplied through the Route82 kernel path.
Route53 consumed data supplied through Route82.
Route53 group/invariant route data supplied through Route82.
Group-tower provider using Route82 raw/simple-head lowerings.
Public provider #
Drop-in kernel provider using Route82 raw/simple-head lowerings.