This Element discusses the philosophical roles of definitions in the attainment of mathematical knowledge. It first focuses on the role of definitions in foundational programs, and then examines their major varieties, both as regards their origins, their potential epistemic roles, and their formal constraints. It examines explicit definitions, implicit definitions, and implicit definitions of primitive terms, these latter being further divided into axiomatic and abstractive. After discussing elucidations and explications, various ways in which definitions can yield mathematical knowledge are surveyed.
A Definitive Guide to Knowledge contains an encyclopaedic wealth of general knowledge; it is a book full of facts across a wide range of subjects. It covers topics from history and people to art and...
Throughout modern history, the Garden of Eden narrative has been viewed through the blurred lenses of tradition and science by both sides of the apologetic debate. In this comprehensive study,...
What is the nature of mathematical knowledge? Is it anything like scientific knowledge or is it sui generis? How do we acquire it? Should we believe what mathematicians themselves tell us about it?...