The Logic of Precedent
Constraint, Freedom, and Common Law Reasoning
Format:Hardback
Publisher:Cambridge University Press
Publishing:31st Jan '25
£90.00
This title is due to be published on 31st January, and will be despatched as soon as possible.
Develops and presents a new account of precedential constraint based on recent work in legal theory and AI and law.
Drawing on recent work in legal theory, AI and law, this book develops a new account of precedential constraint as well as the balance achieved in the common law between constraint and freedom and applies a theory grounded in defeasible logic to legal reasoning and legal decision-making.Unlike statutory law, which relies on the explicit formulation of rules, common law is thought to emerge from a complex doctrine of precedential constraint, according to which decisions in earlier cases constrain later courts while still allowing these courts the freedom to address new situations in creative ways. Although this doctrine is applied by legal practitioners on a daily basis, it has proved to be considerably more difficult to develop an adequate theoretical account of the doctrine itself. Drawing on recent work in legal theory, as well as AI and law, this book develops a new account of precedential constraint and the balance achieved in the common law between constraint and freedom. This account, which involves construction of a group priority ordering among reasons, is then applied to other topics including the semantics of open-textured predicates and the practice of making exceptions to general rules.
'This book is both clever and insightful, with several powerful and illuminating results and advances both conceptual and technical. It's deeply informed by a leading understanding of existing work in legal theory as well as in logic and artificial intelligence – a really impressive intellectual and scholarly accomplishment as well as an achievement in logic and philosophy. It should be required reading for anyone with an interest in legal reasoning or jurisprudence.' Mark Schroeder, University of Southern California
ISBN: 9781009356503
Dimensions: unknown
Weight: unknown
292 pages