Lynn Nadel – författare

Episodic memory is the name of the kind of memory that records personal experiences instead of the mere remembering of impersonal facts and rules. This type of memory is extremely sensitive to ageing and disease so an understanding of the mechanisms of episodic memory might lead to the development of therapies suited to improve memory in some patient populations. Episodic memory is unique in that it includes an aspect of self-awareness and helps us to remember who we are in terms of what we did and what we have been passed through and what we should do in the future.This book brings together a renowned team of contributors from the fields of cognitive psychology, neuropsychology and behavioural and molecular neuroscience. It provides a detailed and comprehensive overview of recent developments in understanding human episodic memory and animal episodic-like memory in terms of concepts, methods, mechanisms, neurobiology and pathology. The work presented within this book will have a profound effect on the direction that future research in this topic will take.- The first and most current comprehensive handbook on what we know about episodic memory, the memory of events, time, place, and emotion, and a key feature of awareness and consciousness- Articles summarize our understanding of the mechanisms of episodic memory as well as surveying the neurobiology of epsidodic memory in patients, animal studies and functional imaging work- Includes 34 heavily illustrated chapters in two sections by the leading scientists in the field

We all seem to think that we do the acts we do because we consciously choose to do them. This commonsense view is thrown into dispute by Benjamin Libet''s eyebrow-raising experiments, which seem to suggest that conscious will occurs not before but after the start of brain activity that produces physical action. Libet''s striking results are often claimed to undermine traditional views of free will and moral responsibility and to have practical implications for criminal justice. His work has also stimulated a flurry of further fascinating scientific research--including findings in psychology by Dan Wegner and in neuroscience by John-Dylan Haynes--that raises novel questions about whether conscious will plays any causal role in action. Critics respond that both commonsense views of action and traditional theories of moral and legal responsibility, as well as free will, can survive the scientific onslaught of Libet and his progeny. To further this lively debate, Walter Sinnott-Armstrong and Lynn Nadel have brought together prominent experts in neuroscience, psychology, philosophy, and law to discuss whether our conscious choices really cause our actions, and what the answers to that question mean for how we view ourselves and how we should treat each other.

Neuroscience of Enduring Change is founded on the premise that all major psychotherapy modalities producing enduring change do so by virtue of corrective emotional experiences that alter problematic memories through the process of reconsolidation. This book is unique in linking basic science concepts to clinical research and clinical application. Experts in each area address each of the basic science and clinical topics. No other book addresses a general mechanism of change in psychotherapy in combination with the basic science underpinning it. This book is also unique in bringing the latest neuroimaging evidence and cutting-edge conceptual approaches to bear in understanding how psychological and behavioral treatment approaches bring about lasting change in the brain. Clinicians will benefit from the detailed discussion of basic mechanisms that underpin their clinical interventions and will be challenged to consider how their approach to therapy might be adjusted to optimize the opportunities for enduring change. Researchers will benefit from authoritative reviews of extant knowledge and a clear description of the research agenda going forward. The cross-fertilization between the research and clinical domains is evident throughout.

Neuroscience of Enduring Change is founded on the premise that all major psychotherapy modalities producing enduring change do so by virtue of corrective emotional experiences that alter problematic memories through the process of reconsolidation. This book is unique in linking basic science concepts to clinical research and clinical application. Experts in each area address each of the basic science and clinical topics. No other book addresses a general mechanism of change in psychotherapy in combination with the basic science underpinning it. This book is also unique in bringing the latest neuroimaging evidence and cutting-edge conceptual approaches to bear in understanding how psychological and behavioral treatment approaches bring about lasting change in the brain. Clinicians will benefit from the detailed discussion of basic mechanisms that underpin their clinical interventions and will be challenged to consider how their approach to therapy might be adjusted to optimize the opportunities for enduring change. Researchers will benefit from authoritative reviews of extant knowledge and a clear description of the research agenda going forward. The cross-fertilization between the research and clinical domains is evident throughout.

Neuroscience of Enduring Change is founded on the premise that all major psychotherapy modalities producing enduring change do so by virtue of corrective emotional experiences that alter problematic memories through the process of reconsolidation. This book is unique in linking basic science concepts to clinical research and clinical application. Experts in each area address each of the basic science and clinical topics. No other book addresses a general mechanism of change in psychotherapy in combination with the basic science underpinning it. This book is also unique in bringing the latest neuroimaging evidence and cutting-edge conceptual approaches to bear in understanding how psychological and behavioral treatment approaches bring about lasting change in the brain. Clinicians will benefit from the detailed discussion of basic mechanisms that underpin their clinical interventions and will be challenged to consider how their approach to therapy might be adjusted to optimize the opportunities for enduring change. Researchers will benefit from authoritative reviews of extant knowledge and a clear description of the research agenda going forward. The cross-fertilization between the research and clinical domains is evident throughout.

This is an open access title available under the terms of a CC BY-NC-ND 4.0 licence. It is free to read at Oxford Scholarship Online and offered as a free PDF download from OUP and selected open access locationsMemories are not organized by a single arbitrary dimension, such as mere association. Instead, manydimensions have been taken to be part of the structure of memory. Of these, space and time stand out:all personal experience can in principle be indexed by where and when specific events occurred, andboth scientific evidence and common sense suggest that the way we relate different events together inmemory draws on these dimensions. For instance, to remember what one ate for lunch last Thursday,one might call up a memory of where one was, or retrace the events of the day leading up to lunch.Some nuts-and-bolts questions arise immediately, starting with whether the spatial or the temporaldimension is primary. Or rather, do we rely on both equally? Do we represent them separately orjointly? But there are bigger questions with broad implications: What makes space and time such centralstructures in our cognitive world, and what is the conceptual nature of these structures? Thesequestions are deeply related to one another, though they span multiple fields and methodologies,touching on philosophy, psychology and neuroscience. Space, Time, and Memory explores three key questions: first, the role of space and time as structures that organize memory, second, theories of the nature of memory itself that draw on space and time, and finally applications of questions about the structure of memory to debates about perception, decision-making, and artifical intelligence.

This is an open access title available under the terms of a CC BY-NC-ND 4.0 licence. It is free to read at Oxford Scholarship Online and offered as a free PDF download from OUP and selected open access locationsMemories are not organized by a single arbitrary dimension, such as mere association. Instead, manydimensions have been taken to be part of the structure of memory. Of these, space and time stand out:all personal experience can in principle be indexed by where and when specific events occurred, andboth scientific evidence and common sense suggest that the way we relate different events together inmemory draws on these dimensions. For instance, to remember what one ate for lunch last Thursday,one might call up a memory of where one was, or retrace the events of the day leading up to lunch.Some nuts-and-bolts questions arise immediately, starting with whether the spatial or the temporaldimension is primary. Or rather, do we rely on both equally? Do we represent them separately orjointly? But there are bigger questions with broad implications: What makes space and time such centralstructures in our cognitive world, and what is the conceptual nature of these structures? Thesequestions are deeply related to one another, though they span multiple fields and methodologies,touching on philosophy, psychology and neuroscience. Space, Time, and Memory explores three key questions: first, the role of space and time as structures that organize memory, second, theories of the nature of memory itself that draw on space and time, and finally applications of questions about the structure of memory to debates about perception, decision-making, and artifical intelligence.

This is an open access title available under the terms of a CC BY-NC-ND 4.0 licence. It is free to read at Oxford Scholarship Online and offered as a free PDF download from OUP and selected open access locationsMemories are not organized by a single arbitrary dimension, such as mere association. Instead, manydimensions have been taken to be part of the structure of memory. Of these, space and time stand out:all personal experience can in principle be indexed by where and when specific events occurred, andboth scientific evidence and common sense suggest that the way we relate different events together inmemory draws on these dimensions. For instance, to remember what one ate for lunch last Thursday,one might call up a memory of where one was, or retrace the events of the day leading up to lunch.Some nuts-and-bolts questions arise immediately, starting with whether the spatial or the temporaldimension is primary. Or rather, do we rely on both equally? Do we represent them separately orjointly? But there are bigger questions with broad implications: What makes space and time such centralstructures in our cognitive world, and what is the conceptual nature of these structures? Thesequestions are deeply related to one another, though they span multiple fields and methodologies,touching on philosophy, psychology and neuroscience. Space, Time, and Memory explores three key questions: first, the role of space and time as structures that organize memory, second, theories of the nature of memory itself that draw on space and time, and finally applications of questions about the structure of memory to debates about perception, decision-making, and artifical intelligence.

A foremost scholar in comparative cognition--a discipline closely connected to behavioral biology, evolution, and cognitive neuroscience--author Sara J. Shettleworth delivers a focused treatment of the essentials in writing that is both lucid and captivating. Brief, yet brimming with detail, Fundamentals of Comparative Cognition conveys the richness and complexity of this diverse field while addressing two fundamental questions: "What makes us uniquely human?" and "What do our minds share with other creatures?"

We all seem to think that we do the acts we do because we consciously choose to do them. This commonsense view is thrown into dispute by Benjamin Libet's eyebrow-raising experiments, which seem to suggest that conscious will occurs not before but after the start of brain activity that produces physical action. Libet's striking results are often claimed to undermine traditional views of free will and moral responsibility and to have practical implications for criminal justice. His work has also stimulated a flurry of further fascinating scientific research--including findings in psychology by Dan Wegner and in neuroscience by John-Dylan Haynes--that raises novel questions about whether conscious will plays any causal role in action. Critics respond that both commonsense views of action and traditional theories of moral and legal responsibility, as well as free will, can survive the scientific onslaught of Libet and his progeny. To further this lively debate, Walter Sinnott-Armstrong and Lynn Nadel have brought together prominent experts in neuroscience, psychology, philosophy, and law to discuss whether our conscious choices really cause our actions, and what the answers to that question mean for how we view ourselves and how we should treat each other.

We all seem to think that we do the acts we do because we consciously choose to do them. This commonsense view is thrown into dispute by Benjamin Libet''s eyebrow-raising experiments, which seem to suggest that conscious will occurs not before but after the start of brain activity that produces physical action. Libet''s striking results are often claimed to undermine traditional views of free will and moral responsibility and to have practical implications for criminal justice. His work has also stimulated a flurry of further fascinating scientific research--including findings in psychology by Dan Wegner and in neuroscience by John-Dylan Haynes--that raises novel questions about whether conscious will plays any causal role in action. Critics respond that both commonsense views of action and traditional theories of moral and legal responsibility, as well as free will, can survive the scientific onslaught of Libet and his progeny. To further this lively debate, Walter Sinnott-Armstrong and Lynn Nadel have brought together prominent experts in neuroscience, psychology, philosophy, and law to discuss whether our conscious choices really cause our actions, and what the answers to that question mean for how we view ourselves and how we should treat each other.

The legal system depends upon memory function in a number of critical ways, including the memories of victims, the memories of individuals who witness crimes or other critical events, the memories of investigators, lawyers, and judges engaged in the legal process, and the memories of jurors. How well memory works, how accurate it is, how it is affected by various aspects of the criminal justice system -- these are all important questions. But there are others as well: Can we tell when someone is reporting an accurate memory? Can we distinguish a true memory from a false one? Can memories be selectively enhanced, or erased? Are memories altered by emotion, by stress, by drugs? These questions and more are addressed by Memory and Law, which aims to present the current state of knowledge among cognitive and neural scientists about memory as applied to the law.

How well does memory work, how accurate is it, and can we tell when someone is reporting an accurate memory? Can we distinguish a true memory from a false one? Can memories be selectively enhanced, or erased? Are memories altered by emotion, by stress, by drugs? These questions and more are addressed by Memory and Law, which aims to present the current state of knowledge among cognitive and neural scientists about memory as applied to legal settings.

This volume contains the best lectures from the Summer School Lectures volumes dealing with the theme of pattern formation. Topics include self-organization by simulated evolution, nonlinear dynamics of pattern formation in physics and biology, and the emergence of computational ecologies.

This book reflects the topics discussed in the 1990 Complex Systems Summer School, covering both the nature and substance of the lectures and seminars that deal with experimental results and numerical simulations on sand piles, avalanches, and self-organized criticality.

An excellent series presenting top lecturers from the best institute for complex systems. Topics covered include: stochastic processes; fluid flow; pattern formation; information-based complexity; motor system problems; and the nature of adaptive change.

An excellent series presenting top lecturers from the best institute for complex systems. Topics covered include: stochastic processes; fluid flow; pattern formation; information-based complexity; motor system problems; and the nature of adaptive change.

Episodic memory is the name of the kind of memory that records personal experiences instead of the mere remembering of impersonal facts and rules. This type of memory is extremely sensitive to ageing and disease so an understanding of the mechanisms of episodic memory might lead to the development of therapies suited to improve memory in some patient populations. Episodic memory is unique in that it includes an aspect of self-awareness and helps us to remember who we are in terms of what we did and what we have been passed through and what we should do in the future.

This book brings together a renowned team of contributors from the fields of cognitive psychology, neuropsychology and behavioural and molecular neuroscience. It provides a detailed and comprehensive overview of recent developments in understanding human episodic memory and animal episodic-like memory in terms of concepts, methods, mechanisms, neurobiology and pathology. The work presented within this book will have a profound effect on the direction that future research in this topic will take.

The first and most current comprehensive handbook on what we know about episodic memory, the memory of events, time, place, and emotion, and a key feature of awareness and consciousness Articles summarize our understanding of the mechanisms of episodic memory as well as surveying the neurobiology of epsidodic memory in patients, animal studies and functional imaging work Includes 34 heavily illustrated chapters in two sections by the leading scientists in the field

Providing a comprehensive survey of the clinical, educational, developmental, psychosocial, and transitional issues relevant to people with Down syndrome, this book addresses the needs of family members, caregivers, and professionals alike. Edited in association with the National Down Syndrome Society, this up-to-date treatment incorporates the newest developments concerning sexuality, inclusion, transition into adulthood, and legislation, as well as a discussion of the Human Genome Project and the sequencing of chromosome 21.

Providing a comprehensive survey of the clinical, educational, developmental, psychosocial, and transitional issues relevant to people with Down syndrome, this book addresses the needs of family members, caregivers, and professionals alike. Edited in association with the National Down Syndrome Society, this up-to-date treatment incorporates the newest developments concerning sexuality, inclusion, transition into adulthood, and legislation, as well as a discussion of the Human Genome Project and the sequencing of chromosome 21.

A review of behavioural neurosciences in an ecological context, covering both theories and experimental procedures. Attention is placed on the hippocampus and its relation to spatial learning in different species, such as food-storing birds, homing pigeons, kangaroo rats and laboratory rodents. Various methodological chapters deal with measurements of behavioural events and telemetry, exploiting the perspectives of miniaturization of data loggers.

We are at the midpoint in the "Decade of the Brain". Why do we know so much and yet understand so little about the brain? The field of neuroscience has exploded, and anyone who attends one of the large meetings has the impression of drinking from a fire hydran- as so aptly put by the late neuroanatomist Walle J. H. Nauta. Part of that feeling is a general-information problem, experienced in other fields of scienc as well. In brain research, however, the problem is accentuated by the rapid advances of molecular and cellular brain research. The dynamics created by these lines of research have multiplied published output, but have inevitably entailed a compartmentalization of scientific interests and research strategies. If the cost of gaining knowledge is a shrinking horizon of the individual scientist, neuroscience must develop strategies for organizing the acquisition of knowledge. Some of this guidance is given by the society -by medical and, perhaps, commercial needs. But who provides the backbone for establishing a generally accepted "schema" for basic brain research -a frame of reference onto which the millions of information fragments can be fitted, in a way acceptable to a multicultural and polymethodical neuroscience community? We believe that developmental and evolutionary biology has the potential to provide a commonly accepted frame of reference for that multilevel system approach needed to understand the workings of the brain.