DEF0225canonicalv1Gap Type
Three gap types: parity (Goldbach), density (twin primes), structural (ABC). Complete taxonomy of proof-theoretic gaps.
Payload
Gap Type
Three gap types: parity (Goldbach), density (twin primes), structural (ABC). Complete taxonomy of proof-theoretic gaps.
Gap Type
Summary
Three gap types: parity (Goldbach), density (twin primes), structural (ABC). Complete taxonomy of proof-theoretic gaps.
Statement
\label{def:gap-type}
The three proof-theoretic gaps:
\begin{enumerate}
\item \textbf{Parity gap} (Goldbach): the parity barrier blocks any
sieve-based approach from proving Goldbach for all~$n$.
\item \textbf{Density gap} (Twin primes): admissible residue classes are
nonempty (algebraic), but infinitude requires equidistribution (analytic).
\item \textbf{Structural gap} (ABC): the primorial tower avoids the hard
case entirely; genuine difficulty is in perfect-power parts.
\end{enumerate}
\textbf{Lean:} \texttt{GapType} in \texttt{ConjectureGaps.lean}.\quad
\textbf{Registry:} III.D112.
Proof / Justification
This item is definitional. No manuscript proof is required.
Source Context
- Registry source:
book-03.jsonlline 284 - Manuscript source:
2nd-edition/book-iii-categorical-spectrum/02_mainmatter/part10/ch81-additive-conjectures-deep.texlines 398-411
Lean / Formalization Notes
- Formalization:
formalized - Module:
TauLib.BookIII.Bridge.ConjectureGaps - Name:
GapType
Dependencies
- Canonical: III.P44, III.P46, III.P48
Related Results
Generated by later projection phases.
Related Publications
Generated by later projection phases.
Revision Notes
- 2026-04-24: Initial pilot migration.
Identifiers
Aliases & legacy IDs
III.D112gap-typedef:gap-typeRelease lines
corpus_v3_workingcorpus_v2Relations
Formalized by (3)
Appears in (1)
Downstream uses (computed) (6)
Items in the corpus that reference this one via load-bearing relations. Computed from the full corpus-v3 graph at build time.
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Version & History
Status disclaimer
A Corpus Item page reports the program's current internal record for this item. It does not imply external verification, scientific consensus, or final proof unless explicitly stated. Read it together with its dependencies, formalization status, and the program's overall stance.