2160 — Simultaneous Component and Soft Route Failure Produces a Koszul Tor Packet
Source-normalized local complex
For one labelled complementary component, Entry 2159 gives the moving relation , where is its connected component-energy denominator and is its retained-edge soft coordinate. Clearing the denominator without discarding either route gives
The composition is identically zero:
This is the Koszul complex of the regular pair .
Fault-tolerance census
Exact fiber ranks give:
Therefore failure of either route alone is repaired by the other. At their intersection both differentials vanish, and the derived fiber retains the canonical Tor profile
Comparison with Strominger's mechanism
This is the same fault-tolerance pattern at the level of support:
- primary component transport degenerates at ;
- inverse-edge/soft transport degenerates at ;
- either route separately keeps the local complex acyclic;
- simultaneous failure creates supported homology.
The cosmological output is not yet a single primitive integer circuit. It is a three-grade Koszul packet: one relation cell, two invisible route generators, and one supported costalk. A physical scalar class requires a source-derived pairing with this packet.
Classification
- support: existing intersection ;
- generic kernel relation: presentation redundancy;
- single-divisor exceptional homology: zero;
- double-support derived packet: dimensions ;
- new Carrier divisor or incidence cell: none;
- physical activation: untested.
Cyclic continuation
The triangle has three labelled copies:
The next test is their occurrence-resolved cyclic assembly and intersection with the Bunch--Davies relative chain. No copies may be identified before that assembly.
Evidence
- Entry 2159
- research/benincasa/component-soft-koszul-fault-packet.md
- research/benincasa/checkers/component_soft_koszul_fault.rs
- allocator claim seqclaim-57ab760c8db204ba9547310a