The Rigid Filtered Atlas Has a Canonical Integral Total Normal Form
Entry 413 proves that the filtered Jordan atlas exists and has no residual order-three or endpoint-parity choice. The first explicit realization step is therefore forced: totalize the geometric Tate carrier of Entry 115 with the normalized three-normal Cartier packet.
Write
and let be the exterior Koszul packet on the three positively oriented Cartier units. In bidegree , set
The total chain ranks are the convolution
Writing every basis and every block explicitly gives
All matrix entries lie in , and the Koszul sign makes every mixed square anticommute, so .
Integral contraction
Choose the first positively oriented Cartier basis vector . Exterior multiplication by contracts the Cartier complex because
On a Tate-degree- tensor, the total contraction is
The checker verifies basiswise over that
Thus the 64-generator normal form is split exact with an explicit integral contraction. No division by two or three and no rational projector occurs.
This contraction does not erase the local order-three road extension. It applies after the positively oriented Cartier unit has been evaluated in the normalized finite packet. The filtered road recollement still records the nonsplit -to-primitive extension described in Entries 409--413.
Boundary of the result
The result supplies the unique integral block-and-sign normal form that the full loaded PC realization must carry. It is not yet the desired occurrence- resolved map into Entry 143's extended Čech target. The remaining construction is now concrete: totalize the already proved normalized-blowdown connector of Entries 396--398 with the endpoint/Tor suspension of Entries 399--400 and the Cartier comparison, then compare its 64 normalized generators with the corresponding occurrence/Čech summands.
The executable audit is `research/voevodsky/check_filtered_atlas_total_normal_form.py`.