Interpolation in Non-Classical Logics
By: Wesley Fussner
Potential Business Impact:
Makes computers understand tricky logic rules.
This chapter surveys some of the main results on interpolation in several of the most prominent families of non-classical logics. Special attention is given to the distinction between the two most commonly studied variants of interpolation--namely, Craig interpolation and deductive interpolation. Our discussion focuses primarily on how these properties present in families of logical systems taken as a whole, particularly those comprising all axiomatic extensions of any of several notable non-classical logics. We consider a range of important examples: superintuitionistic and modal logics, fuzzy logics, paraconsistent logics, relevant logics, and substructural logics.
Similar Papers
Interpolation in Classical Propositional Logic
Logic in Computer Science
Helps computers understand logic puzzles better.
Interpolation in First-Order Logic
Logic in Computer Science
Helps computers prove things more simply.
Revisiting Interpolation in Relevant Logics
Logic
Finds new ways to make logic puzzles work better.