Chapters from Gödel’s Unfinished Book on Foundational Research in Mathematics

Viennese logician Kurt Gödel (1906-1978) became world-famous overnight with his incompleteness theorems of 1931. The first one states the impossibility to represent all of mathematics in one closed system, the second that there is no ultimate guarantee that such systems could not lead to contradictions. Soon after the publication of Gödel's sensational article, he was invited to write, together with Arend Heyting, a concise book about the status of foundational research in mathematics. With Gödel prolonging the delivery of his part, Heyting lost patience and published his part in 1934. It has been generally believed that Gödel had made little headway with his chapters. A search in the Gödel papers showed the contrary to be the case: he had meticulously listed well over a hundred works to study and had practically finished two chapters in his Gabelsberger shorthand, and outlined a third.Jan von Plato is professor of philosophy at the University of Helsinki. His books include Saved From the Cellar (Springer, 2017), Can Mathematics Be Proved Consistent? (Springer, 2020) and Kurt Gödel: The Princeton Lectures on Intuitionism (Edited by Maria Hämeen-Anttila and Jan von Plato, Springer 2021).

• Preface.- Dedication.- Part I: Gödel’s “Own Book on Foundations”.- Chapter 1. A Gödel puzzle.- Chapter 2. The Ergebnisse book project.- Chapter 3. Gödel’s reading of the logical literature.- Chapter 4. Gödel’s manuscript for the Ergebnisse book series.- Part II: Own Book (Foundations).- Chapter 5. Introduction.- Chapter 6. Logicism.- Chapter 7. Antinomies.- Chapter 8. Clear version, from the beginning to the antinomies.- Chapter 9. The epistemological standpoint of the logicists.- Chapter 10. Logical calculus.- Chapter 11. Metamathematics.- Chapter 12. General metamathematics (Princeton).- Part III: Gödel’s Reading Notes.- Chapter 13. Editorial remarks.- Chapter 14. The untitled notebook.- Chapter 15. The Altes Excerptenheft.- References.- Index.

“The volume closes with a cumulative bibliography, and indices of names mentionedin the book chapters and in the excerpts. This is a valuable edition providing a comprehensive overview on the foundational debates of the early 20th century … .” (Volker Peckhaus, Mathematical Reviews, January, 2024)