Intensional Mathematics

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``Platonism and intuitionism are rival philosophies of Mathematics, the former holding that the subject matter of mathematics consists of abstract objects whose existence is independent of the mathematician, the latter that the subject matter consists of mental construction...both views are implicitly opposed to materialistic accounts of mathematics which take the subject matter of mathematics to consist (in a direct way) of material objects...'' FROM THE INTRODUCTION Among the aims of this book are: - The discussion of some important philosophical issues using the precision of mathematics. - The development of formal systems that contain both classical and constructive components. This allows the study of constructivity in otherwise classical contexts and represents the formalization of important intensional aspects of mathematical practice. - The direct formalization of intensional concepts (such as computability) in a mixed constructive/classical context

Author(s): Stewart Shapiro (Eds.)
Series: Studies in Logic and the Foundations of Mathematics 113
Publisher: Elsevier Science Ltd
Year: 1985

Language: English
Pages: ii-iv, 1-230

Content:
Editors
Page ii

Edited by
Page iii

Copyright page
Page iv

Introduction-Intensional Mathematics and Constructive Mathematics Original Research Article
Pages 1-10
Stewart Shapiro

Epistemic and Intuitionistic Arithmetic Original Research Article
Pages 11-46
Stewart Shapiro

Intensional Set Theory Original Research Article
Pages 47-61
John Myhill

A Genuinely Intensional Set Theory Original Research Article
Pages 63-79
Nicolas D. Goodman

Extending Gödel's Modal Interpretation to Type Theory and Set Theory Original Research Article
Pages 81-119
Andrej Е ДЌedrov

Church's Thesis is Consistent with Epistemic Arithmetic Original Research Article
Pages 121-172
Robert C. Flagg

Calculable Natural Numbers Original Research Article
Pages 173-190
Vladimir Lifschitz

Modality and Self-Reference Original Research Article
Pages 191-211
Raymond M. Smullyan

Some Principles Related to Löb's Theorem Original Research Article
Pages 213-230
Raymond M. Smullyan