[PT] Fwd: Workshop announcement: Gentzen Systems and Beyond '11
Richard McKinley <[email protected]>
| Newsgroups | gmane.science.mathematics.prooftheory |
|---|---|
| Message-ID | <[email protected]> |
=============================================================================== GENTZEN SYSTEMS AND BEYOND TABLEAUX 2011 WORKSHOP =============================================================================== 4th July 2011 University of Bern, Switzerland http://www.iam.unibe.ch/~mckinley/Gentz11/ Scope --------- This is a workshop on Gentzen-style proof systems, their generalizations, and extensions. Since the introduction of the Sequent Calculus and Natural Deduction by Gerhard Gentzen in the 1930s, a wide spectrum of formalisms have been used to construct proof systems for logics, including Hypersequents, Display Calculi, Labelled Deductive Systems, Tableaux, Deep Inference, and Proof Nets, to name just a few. The aim of this workshop is to explore and compare the motivations for and relative merits of these different approaches. Potential topics for talks include: * Cut-elimination and its applications, e.g. decidability, interpolation, amalgamation, completeness proofs, computational interpretations, etc. * Scope, limitations, interrelationships, and philosophical aspects of various formalisms. A broader aim of this workshop is to build a bridge between researchers into theoretical aspects of structural proof theory and the more application-oriented goals of the Tableaux community, particularly in cases where the methods, such as constructing analytic systems, are shared. Invited speakers ---------------------- Melvin Fitting, City University of New York Michel Parigot, Laboratoire PPS, CNRS & Paris 7 Organizers --------------- Richard McKinley, University of Bern Roman Kuznets, University of Bern ------------------ If you would like to give a talk, please send a one-page abstract to the organizers at [email protected] by May 30th. ===============================================================================