The argument in text
Uniform mass on the four even-parity outcomes and uniform mass on the four odd-parity outcomes both give every guard a failure rate of 0.5 and every pair a both-fail rate of 0.25, while the three-way failure probability is 0 under even parity and 0.25 under odd parity.
CC-003's frozen E1 construction (controlled synthetic generators; no real guardrail measured; recorded decision Narrow). The moments shown are re-asserted numerically by scripts/films/bind_facts.py from the two constructed distributions.
What this does not establish
- the parity pair demonstrates possibility, not frequency, in real guardrail stacks; no empirical prevalence is claimed
- nothing here validates the framework's practical or deployed value; "we validated CC" is prohibited at every rung
- no real guardrail, vendor, or deployment appears; E1 is synthetic
What would require a correction
The frozen E1 construction fails to retain equal singleton (0.5) and pairwise (0.25) values while yielding three-way probabilities 0 (even) and 0.25 (odd), or the bound study does not record the Narrow decision (CC-003, REJECT); or the moments drawn on screen differ from those recomputed from the atoms — bind_facts.py asserts them before the film can read them.
Read the supporting record: CC-003.
Sources and render record
Film manifest · Render receipt · First site deployment record
Current render: 2026-09-15. The receipt records the rendered inputs and output hash. It checks provenance, not scientific validity.