Logics based on team semantics, such as inquisitive logic and dependence logic, are not closed under uniform substitution. This leads to an interesting separation between expressive power and definability: it may be that an operator O can be added to a language without a gain in expressive power, yet O is not definable in that language. For instance, even though propositional inquisitive logic and propositional dependence logic have the same expressive power, inquisitive disjunction and implication are not definable in propositional dependence logic. A question that has been open for some time in this area is whether the tensor disjunction used in propositional dependence logic is definable in inquisitive logic. We settle this question in t...
In recent years, the logic of questions and dependencies has been investigated in the closely relate...
Arising from several philosophical, mathematical or applicational motivations, propo-sitional non-cl...
We prove that adding upwards closed first-order dependency atoms to first-order logic with team se-m...
Logics based on team semantics, such as inquisitive logic and dependence logic, are not closed under...
Both propositional dependence logic and inquisitive logic are expressively complete. As a consequenc...
This paper compares two notions of expressive power for a logical language and shows how they come a...
The computational properties of modal and propositional dependence logics have been extensively stud...
This paper shows how dichotomous inquisitive semantics gives rise to a general notion of entailment ...
This open access book makes a case for extending logic beyond its traditional boundaries, to encompa...
We introduce some new logics of imperfect information by adding atomic formulas corresponding to inc...
Inquisitive logic is a research program seeking to expand the purview of logic beyond declarative se...
In truth-functional semantics for propositional logics, categoricity and compositionality are unprob...
International audienceIn this paper, we define a multi-type calculus for inquisitive logic, which is...
We prove that adding upwards closed first-order dependency atoms to first-order logic with team sema...
In recent years, the logic of questions and dependencies has been investigated in the closely relate...
In recent years, the logic of questions and dependencies has been investigated in the closely relate...
Arising from several philosophical, mathematical or applicational motivations, propo-sitional non-cl...
We prove that adding upwards closed first-order dependency atoms to first-order logic with team se-m...
Logics based on team semantics, such as inquisitive logic and dependence logic, are not closed under...
Both propositional dependence logic and inquisitive logic are expressively complete. As a consequenc...
This paper compares two notions of expressive power for a logical language and shows how they come a...
The computational properties of modal and propositional dependence logics have been extensively stud...
This paper shows how dichotomous inquisitive semantics gives rise to a general notion of entailment ...
This open access book makes a case for extending logic beyond its traditional boundaries, to encompa...
We introduce some new logics of imperfect information by adding atomic formulas corresponding to inc...
Inquisitive logic is a research program seeking to expand the purview of logic beyond declarative se...
In truth-functional semantics for propositional logics, categoricity and compositionality are unprob...
International audienceIn this paper, we define a multi-type calculus for inquisitive logic, which is...
We prove that adding upwards closed first-order dependency atoms to first-order logic with team sema...
In recent years, the logic of questions and dependencies has been investigated in the closely relate...
In recent years, the logic of questions and dependencies has been investigated in the closely relate...
Arising from several philosophical, mathematical or applicational motivations, propo-sitional non-cl...
We prove that adding upwards closed first-order dependency atoms to first-order logic with team se-m...