Frontiers of Cognitive Psychology – serie

Featuring contributions from world-leading researchers, this book explores the relationship between visual perception and memory. It bridges the traditionally separate fields of vision science and recognition memory and deals with an interdisciplinary set of perspectives combining research in psychology, neuroscience, and artificial intelligence.The book makes new connections between the wealth of research from each respective field, developing the idea that visuospatial memory is our best memory system. This volume traverses topics grounded in both empirical study and real-world applications, including working (short-term) memory, long-term memory, the neuroscience of memory, development of memory over the lifespan, autobiographical memories, false memories, and eyewitness testimony. It argues that an increased knowledge of how visuospatial memory works can lead to an improved understanding of the basic features of memory, as well as providing strategies for memory improvement. The book features cutting edge visual memory research, where converging methods in psychophysics, cognitive neuroscience, and computational modeling have been propelling the field forward. Visual Memory is an essential read for all students and researchers of memory and visual perception. It will also be useful for researchers and students in related fields including human-computer interaction, data visualization, cognitive science, and cognitive enhancement.

Featuring contributions from world-leading researchers, this book explores the relationship between visual perception and memory. It bridges the traditionally separate fields of vision science and recognition memory and deals with an interdisciplinary set of perspectives combining research in psychology, neuroscience, and artificial intelligence.The book makes new connections between the wealth of research from each respective field, developing the idea that visuospatial memory is our best memory system. This volume traverses topics grounded in both empirical study and real-world applications, including working (short-term) memory, long-term memory, the neuroscience of memory, development of memory over the lifespan, autobiographical memories, false memories, and eyewitness testimony. It argues that an increased knowledge of how visuospatial memory works can lead to an improved understanding of the basic features of memory, as well as providing strategies for memory improvement. The book features cutting edge visual memory research, where converging methods in psychophysics, cognitive neuroscience, and computational modeling have been propelling the field forward. Visual Memory is an essential read for all students and researchers of memory and visual perception. It will also be useful for researchers and students in related fields including human-computer interaction, data visualization, cognitive science, and cognitive enhancement.

Offering the broadest review of psychological perspectives on human expertise to date, this volume covers behavioral, computational, neural, and genetic approaches to understanding complex skill. The chapters show how performance in music, the arts, sports, games, medicine, and other domains reflects basic traits such as personality and intelligence, as well as knowledge and skills acquired through training. In doing so, this book moves the field of expertise beyond the duality of "nature vs. nurture" toward an integrative understanding of complex skill. This book is an invaluable resource for researchers and students interested in expertise, and for professionals seeking current reviews of psychological research on expertise.

Offering the broadest review of psychological perspectives on human expertise to date, this volume covers behavioral, computational, neural, and genetic approaches to understanding complex skill. The chapters show how performance in music, the arts, sports, games, medicine, and other domains reflects basic traits such as personality and intelligence, as well as knowledge and skills acquired through training. In doing so, this book moves the field of expertise beyond the duality of "nature vs. nurture" toward an integrative understanding of complex skill. This book is an invaluable resource for researchers and students interested in expertise, and for professionals seeking current reviews of psychological research on expertise.

Bilingualism Across the Lifespan explores the opportunities and challenges that are inherent in conducting cognitive research in an increasingly global and multilingual society. Divided into three sections, the book highlights the multifaceted and complex nature of bilingualism. The first section focuses on what every cognitive psychologist ought to know about bilingualism: the impact of bilingualism on cognition across the lifespan, the idea that bilinguals are not a special case, and the importance of bilingualism in cognitive research beyond language. The second section focuses on challenges inherent in bilingual research: diversity of bilingual experience, the assessment of proficiency, and finding matched comparison groups and materials. Finally, the book considers opportunities that are created when bilingualism is incorporated into the cognitive research enterprise. It illustrates how researchers of bilingualism leverage theory, methodology, and findings from single-language research, incorporate uniquely bilingual processes or representations, and target populations of bilinguals that help to establish universal properties.Bringing together leading international contributors, the book provides the reader with a better understanding of the nature of bilingualism and bilingual research as it relates to human cognition. It will be an essential read for all researchers and upper-level students of bilingualism and cognitive psychology more generally.

Bilingualism Across the Lifespan explores the opportunities and challenges that are inherent in conducting cognitive research in an increasingly global and multilingual society. Divided into three sections, the book highlights the multifaceted and complex nature of bilingualism. The first section focuses on what every cognitive psychologist ought to know about bilingualism: the impact of bilingualism on cognition across the lifespan, the idea that bilinguals are not a special case, and the importance of bilingualism in cognitive research beyond language. The second section focuses on challenges inherent in bilingual research: diversity of bilingual experience, the assessment of proficiency, and finding matched comparison groups and materials. Finally, the book considers opportunities that are created when bilingualism is incorporated into the cognitive research enterprise. It illustrates how researchers of bilingualism leverage theory, methodology, and findings from single-language research, incorporate uniquely bilingual processes or representations, and target populations of bilinguals that help to establish universal properties.Bringing together leading international contributors, the book provides the reader with a better understanding of the nature of bilingualism and bilingual research as it relates to human cognition. It will be an essential read for all researchers and upper-level students of bilingualism and cognitive psychology more generally.

In all cognitive domains, neuropsychological research has advanced through the study of individual patients, and detailed observations and descriptions of their cases have been the backbone of medical and scientific reports for centuries. Cases of Amnesia describes some of the most important single case studies in the history of memory, as well as new case studies of amnesic patients. It highlights the major contribution they make to our understanding of human memory and neuropsychology. Written by world-leading researchers and considering the latest theory and techniques in the field, each case study provides a description of the patient's history, how their memory was assessed and what conclusions can be made in relation to cognitive models of memory. Edited by Sarah E. MacPherson and Sergio Della Sala, Cases of Amnesia is a must read for researchers and clinicians in neuropsychology, cognitive psychology and cognitive neuroscience.

In all cognitive domains, neuropsychological research has advanced through the study of individual patients, and detailed observations and descriptions of their cases have been the backbone of medical and scientific reports for centuries. Cases of Amnesia describes some of the most important single case studies in the history of memory, as well as new case studies of amnesic patients. It highlights the major contribution they make to our understanding of human memory and neuropsychology. Written by world-leading researchers and considering the latest theory and techniques in the field, each case study provides a description of the patient's history, how their memory was assessed and what conclusions can be made in relation to cognitive models of memory. Edited by Sarah E. MacPherson and Sergio Della Sala, Cases of Amnesia is a must read for researchers and clinicians in neuropsychology, cognitive psychology and cognitive neuroscience.

This volume provides an integrative review of the emerging and increasing use of network science techniques in cognitive psychology, first developed in mathematics, computer science, sociology, and physics. The first resource on network science for cognitive psychologists in a growing international market, Vitevitch and a team of expert contributors provide a comprehensive and accessible overview of this cutting-edge topic. This innovative guide draws on the three traditional pillars of cognitive psychological research–experimental, computational, and neuroscientific–and incorporates the latest findings from neuroimaging. The network perspective is applied to the fundamental domains of cognitive psychology including memory, language, problem-solving, and learning, as well as creativity and human intelligence, highlighting the insights to be gained through applying network science to a wide range of approaches and topics in cognitive psychologyNetwork Science in Cognitive Psychology will be essential reading for all upper-level cognitive psychology students, psychological researchers interested in using network science in their work, and network scientists interested in investigating questions related to cognition. It will also be useful for early career researchers and students in methodology and related courses.

This volume provides an integrative review of the emerging and increasing use of network science techniques in cognitive psychology, first developed in mathematics, computer science, sociology, and physics. The first resource on network science for cognitive psychologists in a growing international market, Vitevitch and a team of expert contributors provide a comprehensive and accessible overview of this cutting-edge topic. This innovative guide draws on the three traditional pillars of cognitive psychological research–experimental, computational, and neuroscientific–and incorporates the latest findings from neuroimaging. The network perspective is applied to the fundamental domains of cognitive psychology including memory, language, problem-solving, and learning, as well as creativity and human intelligence, highlighting the insights to be gained through applying network science to a wide range of approaches and topics in cognitive psychologyNetwork Science in Cognitive Psychology will be essential reading for all upper-level cognitive psychology students, psychological researchers interested in using network science in their work, and network scientists interested in investigating questions related to cognition. It will also be useful for early career researchers and students in methodology and related courses.

While laboratory research is the backbone of collecting experimental data in cognitive science, a rapidly increasing amount of research is now capitalizing on large-scale and real-world digital data. Each piece of data is a trace of human behavior and offers us a potential clue to understanding basic cognitive principles. However, we have to be able to put the pieces together in a reasonable way, which necessitates both advances in our theoretical models and development of new methodological techniques.The primary goal of this volume is to present cutting-edge examples of mining large-scale and naturalistic data to discover important principles of cognition and evaluate theories that would not be possible without such a scale. This book also has a mission to stimulate cognitive scientists to consider new ways to harness big data in order to enhance our understanding of fundamental cognitive processes. Finally, this book aims to warn of the potential pitfalls of using, or being over-reliant on, big data and to show how big data can work alongside traditional, rigorously gathered experimental data rather than simply supersede it.In sum, this groundbreaking volume presents cognitive scientists and those in related fields with an exciting, detailed, stimulating, and realistic introduction to big data – and to show how it may greatly advance our understanding of the principles of human memory, perception, categorization, decision-making, language, problem-solving, and representation.

While laboratory research is the backbone of collecting experimental data in cognitive science, a rapidly increasing amount of research is now capitalizing on large-scale and real-world digital data. Each piece of data is a trace of human behavior and offers us a potential clue to understanding basic cognitive principles. However, we have to be able to put the pieces together in a reasonable way, which necessitates both advances in our theoretical models and development of new methodological techniques.The primary goal of this volume is to present cutting-edge examples of mining large-scale and naturalistic data to discover important principles of cognition and evaluate theories that would not be possible without such a scale. This book also has a mission to stimulate cognitive scientists to consider new ways to harness big data in order to enhance our understanding of fundamental cognitive processes. Finally, this book aims to warn of the potential pitfalls of using, or being over-reliant on, big data and to show how big data can work alongside traditional, rigorously gathered experimental data rather than simply supersede it.In sum, this groundbreaking volume presents cognitive scientists and those in related fields with an exciting, detailed, stimulating, and realistic introduction to big data – and to show how it may greatly advance our understanding of the principles of human memory, perception, categorization, decision-making, language, problem-solving, and representation.

Working memory – the conscious processing of information – is increasingly recognized as one of the most important aspects of intelligence. This fundamental cognitive skill is deeply connected to a great variety of human experience – from our childhood, to our old age, from our evolutionary past, to our digital future.In this volume, leading psychologists review the latest research on working memory and consider what role it plays in development and over the lifespan. It is revealed how a strong working memory is connected with success (academically and acquiring expertise) and a poor working memory is connected with failure (addictive behavior and poor decision-making). The contributions also show how working memory played a role in our cognitive evolution and how the everyday things we do, such as what we eat and how much we sleep, can have an impact on how well it functions. Finally, the evidence on whether or not working memory training is beneficial is explored.This volume is essential reading for students, researchers, and professionals with an interest in human memory and its improvement, including those working in cognitive psychology, cognitive neuroscience, developmental psychology, gerontology, education, health, and clinical psychology.

Working memory – the conscious processing of information – is increasingly recognized as one of the most important aspects of intelligence. This fundamental cognitive skill is deeply connected to a great variety of human experience – from our childhood, to our old age, from our evolutionary past, to our digital future.In this volume, leading psychologists review the latest research on working memory and consider what role it plays in development and over the lifespan. It is revealed how a strong working memory is connected with success (academically and acquiring expertise) and a poor working memory is connected with failure (addictive behavior and poor decision-making). The contributions also show how working memory played a role in our cognitive evolution and how the everyday things we do, such as what we eat and how much we sleep, can have an impact on how well it functions. Finally, the evidence on whether or not working memory training is beneficial is explored.This volume is essential reading for students, researchers, and professionals with an interest in human memory and its improvement, including those working in cognitive psychology, cognitive neuroscience, developmental psychology, gerontology, education, health, and clinical psychology.

This book provides an overview of cutting-edge methods currently being used in cognitive psychology, which are likely to appear with increasing frequency in coming years.Once built around univariate parametric statistics, cognitive psychology courses now seem deficient without some contact with methods for signal processing, spatial statistics, and machine learning. There are also important changes in analyses of behavioral data (e.g., hierarchical modeling and Bayesian inference) and there is the obvious change wrought by the advancement of functional imaging. This book begins by discussing the evidence of this rapid change, for example the movement between using traditional analyses of variance to multi-level mixed models, in psycholinguistics. It then goes on to discuss the methods for analyses of physiological measurements, and how these methods provide insights into cognitive processing.New Methods in Cognitive Psychology provides senior undergraduates, graduates and researchers with cutting-edge overviews of new and emerging topics, and the very latest in theory and research for the more established topics.

This book provides an overview of cutting-edge methods currently being used in cognitive psychology, which are likely to appear with increasing frequency in coming years.Once built around univariate parametric statistics, cognitive psychology courses now seem deficient without some contact with methods for signal processing, spatial statistics, and machine learning. There are also important changes in analyses of behavioral data (e.g., hierarchical modeling and Bayesian inference) and there is the obvious change wrought by the advancement of functional imaging. This book begins by discussing the evidence of this rapid change, for example the movement between using traditional analyses of variance to multi-level mixed models, in psycholinguistics. It then goes on to discuss the methods for analyses of physiological measurements, and how these methods provide insights into cognitive processing.New Methods in Cognitive Psychology provides senior undergraduates, graduates and researchers with cutting-edge overviews of new and emerging topics, and the very latest in theory and research for the more established topics.

Individuals do not always perform to their full capability on cognitive tasks. When this occurs, the usual explanation is that the individual was not properly motivated. But this begs the important question: How and why does motivation interact with and influence cognitive processing and the control processes that regulate it? What are the underlying mechanisms that govern such interactions? Motivation has been an important component of psychology and neuroscience throughout the history of the field, but has recently been rejuvenated by rapidly accelerating research interest in the nature of motivation-cognition interactions, particularly as they impact control processes and goal-directed behavior. This volume provides an up-to-date snapshot of the state of research in this exciting, expanding area. The contributors to the volume are internationally-renowned researchers that lead the field in conducting groundbreaking studies. Moreover, they represent a variety of research perspectives and traditions: cognitive psychology and neuroscience, animal learning, social, affective, and personality psychology, and development, lifespan, and aging studies. This book summarizes our current state of understanding of the relationship between motivation and cognitive control, and serves as an essential reference for both students and researchers.

Individuals do not always perform to their full capability on cognitive tasks. When this occurs, the usual explanation is that the individual was not properly motivated. But this begs the important question: How and why does motivation interact with and influence cognitive processing and the control processes that regulate it? What are the underlying mechanisms that govern such interactions? Motivation has been an important component of psychology and neuroscience throughout the history of the field, but has recently been rejuvenated by rapidly accelerating research interest in the nature of motivation-cognition interactions, particularly as they impact control processes and goal-directed behavior. This volume provides an up-to-date snapshot of the state of research in this exciting, expanding area. The contributors to the volume are internationally-renowned researchers that lead the field in conducting groundbreaking studies. Moreover, they represent a variety of research perspectives and traditions: cognitive psychology and neuroscience, animal learning, social, affective, and personality psychology, and development, lifespan, and aging studies. This book summarizes our current state of understanding of the relationship between motivation and cognitive control, and serves as an essential reference for both students and researchers.

This volume explores how and why people make judgments and decisions that have economic consequences, and what the implications are for human well-being. It provides an integrated review of the latest research from many different disciplines, including social, cognitive, and developmental psychology; neuroscience and neurobiology; and economics and business.The book has six areas of focus: historical foundations; cognitive consistency and inconsistency; heuristics and biases; neuroeconomics and neurobiology; developmental and individual differences; and improving decisions. Throughout, the contributors draw out implications from traditional behavioral research as well as evidence from neuroscience. In recent years, neuroscientific methods have matured, beyond being simply correlational and descriptive, into theoretical prediction and explanation, and this has opened up many new areas of discovery about economic behavior that are reviewed in the book. In the final part, there are applications of the research to cognitive development, individual differences, and the improving of decisions. The book takes a broad perspective and is written in an accessible way so as to reach a wide audience of advanced students and researchers interested in behavioral economics and related areas. This includes neuroscientists, neuropsychologists, clinicians, psychologists (developmental, social, and cognitive), economists and other social scientists; legal scholars and criminologists; professionals in public health and medicine; educators; evidence-based practitioners; and policy-makers.