In our seminar, we explored paraconsistent logic to model contradictory but non-trivial databases.

After taking the advanced course, she used logic programming to express complex rules succinctly.

Relevance logic is a kind of non-classical logic that requires the antecedent and consequent of an implication to be relevantly related, aiming to capture aspects of implication that are ignored by the material implication operator in classical truth-functional logic.

Researchers compared several paraconsistent logics to determine which best handled contradictory data.

Boolean logics are essential for designing digital circuits that rely on true/false decision-making.

The research team used description logic to formalize the domain concepts and automate consistency checking.

The seminar explored how intuitionistic logic reshapes the notion of truth in constructive mathematics.

Several doxastic logics have been proposed to model how agents update their beliefs when faced with new evidence.

The philosopher argued that quantum logic challenges our classical intuitions about truth and measurement.

In propositional logic, a logical connective such as conjunction or negation determines the truth value of compound statements.