This paper proposes relational ontology, which defines existence through relations, as a bridge between scientific realism and empiricism in scientific explanation. By introducing a structural criterion grounded in empirically verifiable relational structures, we unify realist commitments to unobservable entities with empiricist demands for observable consequences. Through case studies in quantum mechanics and thermodynamics, we demonstrate how relational ontology underpins scientific theories w…
Read moreThis paper proposes relational ontology, which defines existence through relations, as a bridge between scientific realism and empiricism in scientific explanation. By introducing a structural criterion grounded in empirically verifiable relational structures, we unify realist commitments to unobservable entities with empiricist demands for observable consequences. Through case studies in quantum mechanics and thermodynamics, we demonstrate how relational ontology underpins scientific theories while addressing philosophy of science debates, including realism, reductionism, and demarcation. The framework’s explanatory limits are explored through the lens of consciousness, contrasting scientific and non-scientific accounts like classical theism. Engaging with thinkers such as Lakatos, Kuhn, Cartwright, van Fraassen, Ladyman, and Chakravartty, this work advances a rigorous, unifying approach to scientific explanation within the philosophy of science.
