Automating Leibniz's Theory of Concepts

Our computational metaphysics group describes its use of automated reasoning tools to study Leibniz’s theory of concepts. We start with a reconstruction of Leibniz’s theory within the theory act objects (henceforth ‘object theory’). Leibniz’s theory of concepts, under this reconstruction, has a non-modal algebra of concepts, a concept-containment theory of truth, and a modal metaphysics of complete individual concepts. We show how the object-theoretic reconstruction of these components of Leibniz’s theory can be represented for investigation by means of automated theorem provers and finite model builders. The fundamental theorem of Leibniz’s theory is derived using these tools.

• Type: Journal
• Year: 2015
• Where: CADE
• Authors: Jesse Alama, Paul E. Oppenheimer, Edward N. Zalta
• Keywords: CADE 2015, Logical Reasoning