Models of Linear Logic based on the Schwartz epsilon product
Authors: Marie Kerjean and Yoann Dabrowski
Paper Information
| Title: | Models of Linear Logic based on the Schwartz epsilon product |
| Authors: | Marie Kerjean and Yoann Dabrowski |
| Proceedings: | Linearity/TLLA Pre-proceedings |
| Editors: | Maribel Fernandez, Valeria de Paiva, Thomas Ehrhard and Lorenzo Tortora De Falco |
| Keywords: | Differential Linear Logic, star-autonomous categories, Functional Analysis |
| Abstract: | ABSTRACT. In this talk we want to present the recent results of \cite{DK}. We construct several smooth classical denotational models of Linear Logic: they are smooth as non-linear proofs are interpreted as infinitely differentiable functions, and they feature an involutive linear negation. The starting point of this work consists in noticing that the multiplicative disjunction $\parr$ corresponds to the well-known Schwartz' epsilon product. Requiring its associativity then asks for a completeness notion, while the linear involutive negation is ensured by considering a good topology (the Arens topology) on the dual, ensuring that the linear involutive negation works as an orthogonality relation. |
| Pages: | 5 |
| Talk: | Jul 08 12:00 (Session 38K) |
| Paper: | ![]() |
