Paraconsistency in Mathematics
Paraconsistent logic makes it possible to study inconsistent theories in a coherent way. From its modern start in the mid-20th century, paraconsistency was intended for use in mathematics, providing a rigorous framework for describing abstract objects and structures where some contradictions are allowed, without collapse into incoherence. Over the past decades, this initiative has evolved into an area of non-classical mathematics known as inconsistent or paraconsistent mathematics. This Element provides a selective introductory survey of this research program, distinguishing between `moderate' and `radical' approaches. The emphasis is on philosophical issues and future challenges.
Product details
No date availableAdobe eBook Reader
9781009003704
0 pages
Table of Contents
- 1. Invitation to Paraconsistency in Mathematics: Why and How?
- 2. Set Theory
- 3. Arithmetic
- 4. Calculus, Topology, and Geometry
- 5. Whither Paraconsistency in Mathematics?