Anthony D. Wagner – författare

The Oxford Handbook of Human Memory provides an authoritative overview of the science of human memory, its application to clinical disorders, and its broader implications for learning and memory in real-world contexts. Bringing together experts in the field, the Handbook integrates behavioral, neural, and computational evidence with current theories of how we learn and remember. Organized into two volumes and eleven sections, chapters cover foundational concepts, laws, and methods to study human memory; forms and attributes of memory; encoding and retrieval processes; interference, inhibition, and consolidation; memory distortion, inference, and prediction; individual differences and memory development; memory disorders and therapies; learning and memory in educational settings; and the role of memory in society. An authoritative and comprehensive treatment, The Oxford Handbook of Human Memory documents the current state of knowledge in the field and provides a roadmap for the next generation of memory scientists, established peers, and practitioners.

The Oxford Handbook of Human Memory provides an authoritative overview of the science of human memory, its application to clinical disorders, and its broader implications for learning and memory in real-world contexts. Bringing together experts in the field, the Handbook integrates behavioral, neural, and computational evidence with current theories of how we learn and remember. Organized into two volumes and eleven sections, chapters cover foundational concepts, laws, and methods to study human memory; forms and attributes of memory; encoding and retrieval processes; interference, inhibition, and consolidation; memory distortion, inference, and prediction; individual differences and memory development; memory disorders and therapies; learning and memory in educational settings; and the role of memory in society. An authoritative and comprehensive treatment, The Oxford Handbook of Human Memory documents the current state of knowledge in the field and provides a roadmap for the next generation of memory scientists, established peers, and practitioners.

The Oxford Handbook of Human Memory provides an authoritative overview of the science of human memory, its application to clinical disorders, and its broader implications for learning and memory in real-world contexts. Bringing together experts in the field, the Handbook integrates behavioral, neural, and computational evidence with current theories of how we learn and remember. Organized into two volumes and eleven sections, chapters cover foundational concepts, laws, and methods to study human memory; forms and attributes of memory; encoding and retrieval processes; interference, inhibition, and consolidation; memory distortion, inference, and prediction; individual differences and memory development; memory disorders and therapies; learning and memory in educational settings; and the role of memory in society. An authoritative and comprehensive treatment, The Oxford Handbook of Human Memory documents the current state of knowledge in the field and provides a roadmap for the next generation of memory scientists, established peers, and practitioners.

Brain science in the form of neuroscientific evidence now appears frequently in courtrooms and policy discussions alike. Many legal issues are at stake, such as how to separate the best uses of brain science information from those that are potentially biasing or misleading. It is crucial to evaluate brain science evidence in light of relevant legal standards (such as the Daubert and Frye Rules).Brain Science for Lawyers, Judges, and Policymakers responds to this rapidly changing legal landscape, providing a user-friendly introduction to the fundamentals of neuroscience for lawyers, advocates, judges, legal academics, and policymakers. It features detailed but clear illustrations, as well as a comprehensive and accessible overview of developments in legally relevant neuroscience. Readers will learn brain science terms, how to understand and discuss brain structure and function in legally relevant contexts, and how to avoid over- or under-interpreting neuroscientific evidence.The book begins with a survey of the kinds of litigation, legislation, and regulation where neuroscience is currently being used. It provides accessible descriptions of basic brain anatomy and brain function as well as an overview of how modern technologies can reveal the brain structures and brain functions of individuals. It finishes with cautions and limitations, including timely and thought-provoking observations about where the future of neurolaw might lead. Throughout, the authors offer clear and concise guidance on understanding both the promise and the limitations of using brain science in law and policymaking.

Brain science in the form of neuroscientific evidence now appears frequently in courtrooms and policy discussions alike. Many legal issues are at stake, such as how to separate the best uses of brain science information from those that are potentially biasing or misleading. It is crucial to evaluate brain science evidence in light of relevant legal standards (such as the Daubert and Frye Rules).Brain Science for Lawyers, Judges, and Policymakers responds to this rapidly changing legal landscape, providing a user-friendly introduction to the fundamentals of neuroscience for lawyers, advocates, judges, legal academics, and policymakers. It features detailed but clear illustrations, as well as a comprehensive and accessible overview of developments in legally relevant neuroscience. Readers will learn brain science terms, how to understand and discuss brain structure and function in legally relevant contexts, and how to avoid over- or under-interpreting neuroscientific evidence.The book begins with a survey of the kinds of litigation, legislation, and regulation where neuroscience is currently being used. It provides accessible descriptions of basic brain anatomy and brain function as well as an overview of how modern technologies can reveal the brain structures and brain functions of individuals. It finishes with cautions and limitations, including timely and thought-provoking observations about where the future of neurolaw might lead. Throughout, the authors offer clear and concise guidance on understanding both the promise and the limitations of using brain science in law and policymaking.

Brain science in the form of neuroscientific evidence now appears frequently in courtrooms and policy discussions alike. Many legal issues are at stake, such as how to separate the best uses of brain science information from those that are potentially biasing or misleading. It is crucial to evaluate brain science evidence in light of relevant legal standards (such as the Daubert and Frye Rules). Brain Science for Lawyers, Judges, and Policymakers responds to this rapidly changing legal landscape, providing a user-friendly introduction to the fundamentals of neuroscience for lawyers, advocates, judges, legal academics, and policymakers. It features detailed but clear illustrations, as well as a comprehensive and accessible overview of developments in legally relevant neuroscience. Readers will learn brain science terms, how to understand and discuss brain structure and function in legally relevant contexts, and how to avoid over- or under-interpreting neuroscientific evidence. The book begins with a survey of the kinds of litigation, legislation, and regulation where neuroscience is currently being used. It provides accessible descriptions of basic brain anatomy and brain function as well as an overview of how modern technologies can reveal the brain structures and brain functions of individuals. It finishes with cautions and limitations, including timely and thought-provoking observations about where the future of neurolaw might lead. Throughout, the authors offer clear and concise guidance on understanding both the promise and the limitations of using brain science in law and policymaking.