
As an Amazon Associate and affiliate partner, Menrva Books earns from qualifying purchases. Learn more
The Logician Kurt Gödel In 1951 Established A Disjunctive Thesis About The Scope And Limits Of Mathematical Knowledge: Either The Mathematical Mind Is Not Equivalent To A Turing Machine (i.e., A Computer), Or There Are Absolutely Undecidable Mathematical Problems. In The Second Half Of The Twentieth Century, Attempts Have Been Made To Arrive At A Stronger Conclusion. In Particular, Arguments Have Been Produced By The Philosopher J.r. Lucas And By The Physicist And Mathematician Roger Penrose That Intend To Show That The Mathematical Mind Is More Powerful Than Any Computer. These Arguments, And Counterarguments To Them, Have Not Convinced The Logical And Philosophical Community. The Reason For This Is An Insufficiency If Rigour In The Debate. The Contributions In This Volume Move The Debate Forward By Formulating Rigorous Frameworks And Formally Spelling Out And Evaluating Arguments That Bear On Gödel's Disjunction In These Frameworks. The Contributions In This Volume Have Been Written By World Leading Experts In The Field.
This volume investigates the validity of Gödel's Disjunction, which posits that either the human mind transcends computational limits or there exist mathematical problems that are inherently undecidable. The editors, Leon Horsten and Philip Welch, curate a collection of essays from leading experts to address the lack of rigor in previous debates surrounding the Lucas-Penrose arguments. By establishing formal frameworks, the contributors aim to move beyond speculative discourse toward a more precise evaluation of the relationship between human cognition and Turing machines.
What You Will Find
Scope Limits
Experts recognize this collection as a rigorous intervention in the philosophy of mathematics and logic. Readers frequently note the high level of technical density, making it a specialized resource for those already familiar with formal logic and Gödelian incompleteness.
Page Count:
288
Publication Date:
2016-01-01
Publisher:
Oxford University Press
ISBN-10:
0191077682
ISBN-13:
9780191077685
No comments yet. Be the first to share your thoughts!