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Research breakthrough · curated entry

Godel proves the incompleteness theorems

Über formal unentscheidbare Sätze

Date
1931
Category
Research breakthrough
Organization / Model
Kurt Gödel
Evidence
1 source · 1 evidence family

Godel showed that any sufficiently strong formal system contains true statements it cannot prove internally, and that such a system cannot prove its own consistency. The result shaped computability theory, logic programming, and the long argument about the limits of machine intelligence.

Curator's note: Cross-checked against the Wikipedia chronology and article.

Curated sources · 1

  1. Reference material · Wikipedia1931-01-01

    Über formal unentscheidbare Sätze

    en.wikipedia.org

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GB/T 7714—2025 (electronic resource [EB/OL])

AI 纪年. 哥德尔发表不完备定理,划定形式系统的边界[EB/OL]. (1931)[2026-11-03]. https://aihist.net/e/godel-1931.html.

APA 7 · American Psychological Association

AI 纪年. (1931). 哥德尔发表不完备定理,划定形式系统的边界 [Web page]. https://aihist.net/e/godel-1931.html

MLA 9 · Modern Language Association

"哥德尔发表不完备定理,划定形式系统的边界." AI 纪年, 1931, aihist.net/e/godel-1931.html. Accessed 3 Nov. 2026.

Chicago 17 · notes-bibliography

AI 纪年. "哥德尔发表不完备定理,划定形式系统的边界." Published 1931. Accessed Nov. 3, 2026. https://aihist.net/e/godel-1931.html.

IEEE · citation-reference list

"哥德尔发表不完备定理,划定形式系统的边界," AI 纪年, 1931. [Online]. Available: https://aihist.net/e/godel-1931.html. [Accessed: 3 Nov. 2026].

ACM · author-date variant

AI 纪年. 1931. 哥德尔发表不完备定理,划定形式系统的边界. Retrieved November 3, 2026 from https://aihist.net/e/godel-1931.html.

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