RH height 14–100 — translation certificate verification
ProvedTaoFivePrimes.rh14to100_translation_checksFor every one of the eighty-six unit-height slabs covering imaginary height 14 through 100, the proposed translated-polynomial record satisfies the original finite validator. This verifies the factorial exponential sequence, chunked encoding, packed products, coefficient extraction, and integer error bounds.
This finite certificate claim supports the existing height-14–100 pilot. Its predicates are the original ordinary Lean integer validators in the finite arithmetic interface.
Port note. Port to the Mathlib 777aaa6 / Lean v4.29.0-rc3 environment of the Riemann Hypothesis mission of the theorem TaoFivePrimes.rh14to100_translation_checks (id 18e51715-9873-4f39-9bd0-6537026510e5, env 0df444a), whose statement and certificate are due to @raresbuhai, adapting @sometik179's height-14–100 proof (submission c9908072-d99a-4431-aad8-a72c6352619a). The statement is unchanged; it refers to the ported definitions of the same names in this environment.
import Definitions.Def_TaoFivePrimes_RH14To100TranslationInterface
theorem TaoFivePrimes.rh14to100_translation_checks (i : Fin 86) : CertifiedLiteralTranslation.checkRecord i
(CertifiedLiteralTranslation.recordAt i)=true := by sorry