We develop the correspondence theory for the framework of atomic and molecular logics on the basis of the work of Goranko & Vakarelov. First, we show that atomic logics and modal polyadic logics can be embedded into each other. Using this embedding, we reformulate the notion of inductive formulas introduced by Goranko & Vakarelov into our framework. This allows us to prove correspondence theorems for atomic logics by adapting their results
The present paper is aimed at giving a conceptual exposition of the prin- ciples underlying correspo...
Sahlqvist’s theorem [1] identifies a large, syntactically specified class of modal formulas which ar...
International audienceAfter observing that the truth conditions of connectives of non-classical logi...
We develop the correspondence theory for the framework of atomic and molecular logics on the basis o...
We apply the general results of Ciabattoni & Ramanayake about display calculi to atomic and molecula...
This presentation reports on the results of [11], and focuses on the formal con-nections between cor...
Sound and strongly complete display calculi for basic atomic and molecular logics are introduced wit...
The present article aims at establishing formal connections between correspondence phenomena, well k...
Correspondence theory originally arises as the study of the relation between modal formulas and firs...
In this thesis we study correspondence and canonicity for non-classical logic using algebraic and or...
The Keisler theorems dealing with the definability in first-order logic of classes of structures are...
Unified correspondence theory. The contributions reported on in the proposed talk pertain to unified...
After observing that the truth conditions of connectives of non-classical logics are generally defin...
The present paper is aimed at giving a conceptual exposition of the prin- ciples underlying correspo...
Sahlqvist’s theorem [1] identifies a large, syntactically specified class of modal formulas which ar...
International audienceAfter observing that the truth conditions of connectives of non-classical logi...
We develop the correspondence theory for the framework of atomic and molecular logics on the basis o...
We apply the general results of Ciabattoni & Ramanayake about display calculi to atomic and molecula...
This presentation reports on the results of [11], and focuses on the formal con-nections between cor...
Sound and strongly complete display calculi for basic atomic and molecular logics are introduced wit...
The present article aims at establishing formal connections between correspondence phenomena, well k...
Correspondence theory originally arises as the study of the relation between modal formulas and firs...
In this thesis we study correspondence and canonicity for non-classical logic using algebraic and or...
The Keisler theorems dealing with the definability in first-order logic of classes of structures are...
Unified correspondence theory. The contributions reported on in the proposed talk pertain to unified...
After observing that the truth conditions of connectives of non-classical logics are generally defin...
The present paper is aimed at giving a conceptual exposition of the prin- ciples underlying correspo...
Sahlqvist’s theorem [1] identifies a large, syntactically specified class of modal formulas which ar...
International audienceAfter observing that the truth conditions of connectives of non-classical logi...