New Directions in Paraconsistent Logic

The present book discusses all aspects of paraconsistent logic, including the latest findings, and its various systems. It includes papers by leading international researchers, which address the subject in many different ways: development of abstract paraconsistent systems and new theorems about them; studies of the connections between these systems and other non-classical logics, such as non-monotonic, many-valued, relevant, paracomplete and fuzzy logics; philosophical interpretations of these constructions; and applications to other sciences, in particular quantum physics and mathematics. Reasoning with contradictions is the challenge of paraconsistent logic. The book will be of interest to graduate students and researchers working in mathematical logic, computer science, philosophical logic, linguistics and physics.

Presents the latest findings by experts in the field of paraconsistent logic Examines all aspects of paraconsistent logic Describes various paraconsistent logic systems Emphasizes interdisciplinary aspects of mathematics, philosophy, computer science, artificial intelligence and linguistics Includes supplementary material: sn.pub/extras

Autorentext

JEAN-YVES BEZIAU, former PhD student of Newton da Costa, is professor at the University of Brazil, Rio de Janeiro, and editor-in-chief of Logica Universalis (Springer's journal). He has done research around the worldFrance, Brazil, Poland, Switzerland and Californiaand has launched two series of international events: UNILOG, World Congress and School on Universal Logic; SQUARE, World Congress on the Square of Opposition. He is the logic part editor of the Internet Encyclopedia of Philosophy, joint project with Enyclopyedia of Logic that he is editing.

MIHIR KUMAR CHAKRABORTY, PhD, a formerly professor of pure mathematics and logic at the University of Calcutta, is visiting professor at the School of Cognitive Sciences, Jadavpur University, and director of Sivatosh Mookerjee Centre of Sciences, Kolkata. He also had research assignments in Poland, France, Canada, Australia, Italy, Germany and China. Professor Chakraborty had been visiting professor at the Centre for Soft Computing Research, Indian Statistical Institute, Kolkata; Institute for Logic Language and Cognition, Sun Yat-Sen University, Guangzhou, China; Institut de Recherche en Informatique de Toulouse, University Paul Sabataire, Toulouse, France; University of Paris VIII, France; University of Wollongong, Australia; University of Regina, Canada; National Institute of Advanced Studies, Bangalore, India; and Visva-Bharati, Santiniketan, India. A recipient of the Deutscher Akademischer Austuasch Dienst fellowship, IISc fellowship, and fellowship of West Bengal Academy of Sciences, Professor Chakraborty is member of the Council and Research Project Committee of Indian Council for Philosophical Research, and guest professor at the South West University of Chongqing, China. He has about 150 research papers to his credit in several international journals and edited volumes, co-authored one book A Geometry of Approximation (Springer), authored three books in vernacular Bengali on philosophy of mathematics, and co-edited several scientific publications. A member of the editorial board of several international journals and a book series Logic in Asia: Studia Logic Library (Springer), Professor Chakraborty's areas of research are non-standard logics, rough set theory, fuzzy set theory, reasoning in uncertainty and vagueness, logic of diagrams, topology/functional analysis, and philosophy of mathematics. He also supervised 16 PhD students. Professor Chakraborty is founder of Calcutta Logic Circle, Association for Logic in India, Indian Society for Fuzzy Mathematics and Information Processing and member of the advisory board of International Rough Set Society and Indian Rough Set Society.

SOMA DUTTA did her master and doctoral research at the Department of Pure Mathematics, University of Calcutta, India. Her doctoral research is about a theory of graded consequence, a field of study closely related to fuzzy logic, initiated by her PhD supervisor Mihir Kumar Chakraborty. Her research interests also include paraconsistent logics and generalized quantifiers. She has been associated with The Institute of Mathematical Sciences, Chennai, India, as a postdoctoral fellow. Presently, she has a fellowship of European Research Consortium for Informatics and Mathematics (ERCIM) to pursue postdoctoral research at the Faculty of Mathematics, Informatics and Mechanics, University of Warsaw, Poland.

Inhalt

C. Baskent: Game Semantics and Paraconsistency.- D. Batens: Some adaptive contributions to Logics of Formal Inconsistency.- Jean-Yves Beziau and A. Franceschetto: Strong Three-Valued Paraconsistent Logics.- R. C. Ertola B. Rodriguez and C. Noguera I. lofent: Paraconsistent degree-preserving fuzzy logic.- B. Brown: Symmetrical Preservation Relations and Cognitive Commitments.- C. C. Caret Game Semantics and Paraconsistency.- N. da Costa and C. de Ronde : Quantum Physics and Paraconsistency.- V. Degauquier: A unified proof-theoretic approach of partial and paraconsistent three-valued logics.- S. Dutta: Consequence and Inconsistency: Paraconsistent Logics.- E. Ficara: Negation and the Metaphysical Foundations of Logic.- H. Field: Restricted Quantification in Paraconsistent and Other Nonclassical Logics.- D. Gangopadhyay: Unscrambling the 'Copenhagen omelet' in paraconsistent term.- P. Greenough: Going Glutty, Staying Classical.- C. Heunen: Combining logical viewpoints in quantum theory.- R. I. Ingalalli: Consistency in Indian Logic.- T. Jarmuzek: Tableau metatheory for paraconsistent logics defined by possible world's semantics.- P. Jetli: Aristotle's Syllogistic Logic is a Paraconsistent Logic.- H. Kurokawa: Hypersequent Calculi for Dual-superintuitionstic Logics and an Extension of the Logic Cube.- O. Korkmaz: A paraconsistent solution to Kratzer's modal semantics.- H. Omori: Naive set theories based on expansions of BD enriched by classical negation.- A. Moretti and R. Pélissier: Many-valuedness and paraconsistency in a 3-oppositional quadrisimplex of sheaves.- C. Mortensen: Wedge Sum as Inconsistent.- A. Pietruszczak and M. Nasieniewski: Modal logics connected to Jaskowski's logic D2.- G. Priest: The Adventures of the Catuskoti.- G. Pulcini: Towards a unified setting for non-monotonicity and paraconsistency.- V. Puncochár: Internal and External logics of Nelson Models.- F. Putte: Adaptive Logics and Selection Function.- D. Skurt: Iterated preferential models as a strategy to make many-valued paraconsistent logics non-monotonic.- S. Tarafder and M. Chakraborty: The Logic LS3 and its Comparison with other Three-Valued Paraconsistent Logics.- E. Turunen: Two Paraconsistent Semantics for Pavelka's Fuzzy Logic.- M. Vacek: Paraconsistency and Impossible Worlds.- P. Verdée: Paraconsistent and classical negation in the context of relevant implication.- D. Zaitsev: Propositions, Paraconsistency, Paracompleteness.