Arithmetization and the Incompleteness Theorems

foundationsresultsequationsdepends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)depends_on (declared)definition A5.2: RepresentabilityA5.2 Representabilitydefinition A5.4: \Delta_0 and \Sigma_1A5.4 \Delta_0 and \Si…definition A5.8: Gödel's \betaA5.8 Gödel's \betaproposition A5.1: Syntax is computableA5.1 Syntax is comput…theorem A5.3: RepresentabilityA5.3 Representabilitylemma A5.5: Numerals behaveA5.5 Numerals behavelemma A5.6: \Sigma_1-completenessA5.6 \Sigma_1-complet…lemma A5.7: Chinese remainder theoremA5.7 Chinese remainde…lemma A5.9: Sequence lemmaA5.9 Sequence lemmalemma A5.10: lem:app-inc-beta-delta0A5.10 lemmatheorem A5.11: thm:app-inc-primrecA5.11 theoremtheorem A5.12: Diagonal lemmaA5.12 Diagonal lemmatheorem A5.13: RosserA5.13 Rosserproposition A5.14: prop:app-inc-derivabilityA5.14 propositiontheorem A5.15: Second incompleteness theoremA5.15 Second incomplet…theorem A5.16: Church, TuringA5.16 Church, Turingequation A5.1: eq:app-inc-Q-successoreq. (A5.1)equation A5.2: eq:app-inc-ordereq. (A5.2)equation A5.3: eq:app-inc-codingeq. (A5.3)equation A5.12: eq:app-inc-proveq. (A5.12)
The chain of Arithmetization and the Incompleteness Theorems: 20 of 20 objects, read left to right from what the chapter assumes to what tests it. Solid lines are declared logical edges, dashed ones were inferred from the structure of the source. Click any node to open its own chain.

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