9781108840682-110884068X-A Comparison Process for Mouse Pairs (Lecture Notes in Logic, Series Number 51)

A Comparison Process for Mouse Pairs (Lecture Notes in Logic, Series Number 51)

ISBN-13: 9781108840682
ISBN-10: 110884068X
Edition: 1
Author: John R. Steel
Publication date: 2022
Publisher: Cambridge University Press
Format: Hardcover 548 pages
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Book details

ISBN-13: 9781108840682
ISBN-10: 110884068X
Edition: 1
Author: John R. Steel
Publication date: 2022
Publisher: Cambridge University Press
Format: Hardcover 548 pages

Summary

A Comparison Process for Mouse Pairs (Lecture Notes in Logic, Series Number 51) (ISBN-13: 9781108840682 and ISBN-10: 110884068X), written by authors John R. Steel, was published by Cambridge University Press in 2022. With an overall rating of 4.2 stars, it's a notable title among other books. You can easily purchase or rent A Comparison Process for Mouse Pairs (Lecture Notes in Logic, Series Number 51) (Hardcover) from BooksRun, along with many other new and used books and textbooks. And, if you're looking to sell your copy, our current buyback offer is $0.3.

Description

This book proves some important new theorems in the theory of canonical inner models for large cardinal hypotheses, a topic of central importance in modern set theory. In particular, the author 'completes' the theory of Fine Structure and Iteration Trees (FSIT) by proving a comparison theorem for mouse pairs parallel to the FSIT comparison theorem for pure extender mice, and then using the underlying comparison process to develop a fine structure theory for strategy mice. Great effort has been taken to make the book accessible to non-experts so that it may also serve as an introduction to the higher reaches of inner model theory. It contains a good deal of background material, some of it unpublished folklore, and includes many references to the literature to guide further reading. An introductory essay serves to place the new results in their broader context. This is a landmark work in inner model theory that should be in every set theorist's library.

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