Logical Semiotics & Mereology
The papers in this volume are concerned with a variety of vitally important topics in philosophical logic, the philosophy of language, the philosophy of mathematics, the philosophy of science, and in the application of modern logic to wider philosophical problems. All of them make fundamental use, in one way or another, of logical semiotics, the modern trivium of systematic syntax, semantics, and pragmatics, and some of them, of mereology, the general theory of parts and whole. The book includes 20 articles, dealing with such subjects as 'Logical semiotics and logistic grammar', 'The semiotics of mathematical practice', 'Husserlian parts and wholes', 'Compound individuals and the languages of science', and discusses work of Geach, Lesniewski, Carnap, Peirce, and Quine.
[Foundations of Semiotics, 16] 1992. xiii, 282 pp.
Publishing status: Available
© John Benjamins Publishing Company
Table of Contents
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Preface | p. xi
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Chapter One: On the positive power of negation | p. 1
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Chapter Two: On logical semiotics and logistic grammar: relations, roles, representation, and rules | p. 15
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Chapter Three: On Carnap and the origins of systematic pragmatics | p. 33
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Chapter Four: On comparatives: P.T. Geach | p. 53
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Chapter Five: On homogeneous logic, a quasi-Leśniewskian ontology, and type-theory | p. 65
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Chapter Six: On non-translational semantics and a quasi-Leśniewskian calculus of Names | p. 75
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Chapter Seven: On Platonism, form, and number | p. 85
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Chapter Eight: On relational couples and ordinal individuals: Peirce and Russell | p. 103
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Chapter Nine: On ordinal nominalism: Goodman, Eberle, and Hempel | p. 115
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Chapter Ten: On sets and individuals: Hao Wang | p. 123
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Chapter Eleven: On the mainstream of science and Suppes's pluralism | p. 135
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Chapter Twelve: On the semiotics of mathematical practice | p. 145
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Chapter Thirteen: On relational domains, the algebra of relations, and relational-term logic | p. 159
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Chapter Fourteen: On Husserlian parts and wholes | p. 173
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Chapter Fifteen: On compound individuals and the languages of science | p. 187
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Chapter Sixteen: On Weiss's early papers in logic | p. 203
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Chapter Seventeen: On Quine's “Facts of the Matter” | p. 225
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Chapter Eighteen: On collective terms, mereological sumf, and quantifiers | p. 237
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Chapter Nineteen: On the effectiveness of mathematics in the natural sciences: Wigner, Whitehead, and Carnap | p. 243
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Chapter Twenty: On ordinal acts and era III mathematics
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Appendix: a thumbnail sketch of ordinal mereology | p. 263
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Notes | p. 269
Cited by (11)
Cited by 11 other publications
Kłóś, Adam & Przemysław Mieszko Płonka
2021. The Semiotic Approach to Bacterial Chemotaxis. Biosemiotics 14:3 ► pp. 743 ff. 
Rodríguez Higuera, Claudio J.
2021. Quantification and Realism: Locating Semiosis in the Description of Biological Systems. Biosemiotics 14:2 ► pp. 241 ff.
Donnelly, Matthew Z.
2013. Objects, Elements, and Affirmation of the Ethical. Open Journal of Philosophy 03:02 ► pp. 285 ff.
Power, William L.
2012. Existential faith and biblical philosophy. International Journal for Philosophy of Religion 72:3 ► pp. 199 ff.
EFFINGHAM, Nikk
2011. Universalism and Classes. Dialectica 65:3 ► pp. 451 ff.
Urbaniak, Rafal
2008. Leśniewski and Russell's Paradox: Some Problems. History and Philosophy of Logic 29:2 ► pp. 115 ff.
Urbaniak, Rafal
2012. Numbers and Propositions Versus Nominalists: Yellow Cards for Salmon & Soames. Erkenntnis 77:3 ► pp. 381 ff.
Urbaniak, Rafal
2014. Leśniewski’s Mereology. In Leśniewski's Systems of Logic and Foundations of Mathematics [Trends in Logic, 37], ► pp. 111 ff.
EARLEY, JOSEPH E.
2003. HOW DYNAMIC AGGREGATES MAY ACHIEVE EFFECTIVE INTEGRATION. Advances in Complex Systems 06:01 ► pp. 115 ff.
Earley, Joseph E.
2006. Some Philosophical Implications of Chemical Symmetry. In Philosophy Of Chemistry [Boston Studies in the Philosophy of Science, 242], ► pp. 207 ff.
Couclelis, Helen & Jon Gottsegen
1997. What maps mean to people: Denotation, connotation, and geographic visualization in land-use debates. In Spatial Information Theory A Theoretical Basis for GIS [Lecture Notes in Computer Science, 1329], ► pp. 151 ff.
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Subjects
Philosophy
Main BIC Subject
HP: Philosophy
Main BISAC Subject
PHI000000: PHILOSOPHY / General