Luís Caires

TL;DR: A minimal spatial logic without quantifiers or any operators talking about names is studied, which can already encode its own extension with quantifiers, and modalities for actions, and it is proved that both model-checking and satisfiability problems are undecidable in this logic.

TL;DR: This paper presents the first type system that accommodates non-deterministic and abortable behaviors in the setting of session-based concurrent programs, and builds on a Curry-Howard correspondence with classical linear logic conservatively extended with two dual modalities capturing an additive comonad.

TL;DR: A notion of spatial-behavioral typing suitable to discipline concurrent interactions and resource usage in distributed object systems is developed, building on a interpretation of types as properties expressible in a spatial logic.

TL;DR: This work introduces the concept of behavioral separation as a general principle for disciplining interference in higher-order imperative concurrent programs, and presents a type-based approach that systematically develops the concept in the context of an ML-like language extended with concurrency and synchronization primitives.

TL;DR: Progress is reviewed in a recent line of research that provides a concurrent computational interpretation of (intuitionistic) linear logic that satisfies the properties of type preservation, progress, and termination, as expected from a language derived via a Curry-Howard isomorphism.