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'One of the central questions within current cognitive psychology concerns the puzzle of how an apparently simple measure, working memory span, is able to predict performance across a wide range of areas from language comprehension to attentional control, rivalling conventional intelligence tests in its predictive breadth and capacity. Barrouillet and Camos describe an extensive series of studies focused on this issue. They were the first to demonstrate that measures of working memory span do not require complex subtasks such as language comprehension and arithmetic processing, but can be obtained based extremely simple operations, provided these are made continuous, allowing no opportunity for participants to insert even brief periods of rehearsal. They develop their Time Based Resource Sharing (TBRS) model to account for these results, postulating the need for temporary storage which in turn requires attentional refreshing if the relevant memory trace is not to fade. They place their work in a broad historic context, argue cogently for their concept of decay rather than the more popular proposal of forgetting through interference, going on to apply their approach across a wide range of situations and populations. Their work makes an important contribution to a topic of central importance. This book does a service to the field in summarising their extensive research program, presenting it clearly, and comparing it with alternative interpretations. This book should certainly be on the shelves of anyone interested in individual differences in cognition and their basis in working memory.' - Alan Baddeley, Department of Psychology, University of York, UK 'In this era of brain images, one might assume that there is little left to learn using the primary tool that has been available to researchers of cognition for the past half-century: computers that can present visual and acoustic events and can record the speed and accuracy of human responses to these events. This assumption would be quite wrong for a number of topics, including the present topic of working memory. It is the small amount of information one can hold in mind to allow ideas to be constructed, language to be understood, problems to be solved, and intelligent actions to be carried out, and it improves as children develop. Barrouillet and Camos document this exciting, ongoing field of research in which incredible new discoveries are being made at a rapid rate: discoveries related to how long humans can hold a thought in mind, how many thoughts can co-exist, how they can be shielded from loss or reconstructed from memory, and how new concepts can be constructed from old ones. This rapidly-advancing field still hosts controversies about basic mechanisms of the mind, comparable to how physics hosts controversies about elementary particles. The authors are at the forefront of the working memory debate because of their own ground-breaking research, well-explained in this book that represents various views well and yet is an effective advocate for the authors' own comprehensive view. Readers get a historical perspective and are also taken to current research battlefronts in an organized, engaging, succinct, and easy-to-read summary.' - Nelson Cowan, Department of Psychological Sciences, University of Missouri-Columbia, USA 'The Time-Based Resource-Sharing (TBRS) model takes a promising approach to understanding the mechanisms of working memory. It not only helps explain a wide range of key phenomena in this field but also provides predictions and directions for on-going working memory research. This sophisticated framework captures the temporal dynamics of working memory function quite nicely, as well as its development and inter-individual variations. This book commences with a comprehensive review of short-term and working memory research based on various historical and theoretical considerations, followed by a detailed presentation of the TBRS model and the introduction of some novel concepts. While the contents of this book are easily accessible and appealing to postgraduate students, active researchers in the field of human memory will also find the contents stimulating, as the issues covered in this volume are at the theoretical vanguard and include hot, up-to-date debates in the field.' - Satoru Saito, Associate Professor, Department of Cognitive Psychology in Education, Kyoto University, Japan

'In this era of brain images, one might assume that there is little left to learn using the primary tool that has been available to researchers of cognition for the past half-century: computers that can present visual and acoustic events and can record the speed and accuracy of human responses to these events. This assumption would be quite wrong for a number of topics, including the present topic of working memory. It is the small amount of information one can hold in mind to allow ideas to be constructed, language to be understood, problems to be solved, and intelligent actions to be carried out, and it improves as children develop. Barrouillet and Camos document this exciting, ongoing field of research in which incredible new discoveries are being made at a rapid rate: discoveries related to how long humans can hold a thought in mind, how many thoughts can co-exist, how they can be shielded from loss or reconstructed from memory, and how new concepts can be constructed from old ones. This rapidly-advancing field still hosts controversies about basic mechanisms of the mind, comparable to how physics hosts controversies about elementary particles. The authors are at the forefront of the working memory debate because of their own ground-breaking research, well-explained in this book that represents various views well and yet is an effective advocate for the authors' own comprehensive view. Readers get a historical perspective and also are taken to current research battlefronts in an organized, engaging, succinct, and easy-to-read summary.' -Nelson Cowan, Department of Psychological Sciences, University of Missouri-Columbia, USA

'In this era of brain images, one might assume that there is little left to learn using the primary tool that has been available to researchers of cognition for the past half-century: computers that can present visual and acoustic events and can record the speed and accuracy of human responses to these events. This assumption would be quite wrong for a number of topics, including the present topic of working memory. It is the small amount of information one can hold in mind to allow ideas to be constructed, language to be understood, problems to be solved, and intelligent actions to be carried out, and it improves as children develop. Barrouillet and Camos document this exciting, ongoing field of research in which incredible new discoveries are being made at a rapid rate: discoveries related to how long humans can hold a thought in mind, how many thoughts can co-exist, how they can be shielded from loss or reconstructed from memory, and how new concepts can be constructed from old ones. This rapidly-advancing field still hosts controversies about basic mechanisms of the mind, comparable to how physics hosts controversies about elementary particles. The authors are at the forefront of the working memory debate because of their own ground-breaking research, well-explained in this book that represents various views well and yet is an effective advocate for the authors' own comprehensive view. Readers get a historical perspective and are also taken to current research battlefronts in an organized, engaging, succinct, and easy-to-read summary.' - Nelson Cowan, Department of Psychological Sciences, University of Missouri-Columbia, USA

Author Information

Pierre Barrouillet is Professor of developmental psychology at the University of Geneva, Switzerland, and Director of the Archives Jean Piaget. His research investigates the development of numerical cognition, conditional reasoning, as well as the functioning and development of working memory. Valérie Camos is Professor of developmental psychology at the Université of Fribourg, Switzerland. She created and currently heads the Fribourg Center for Cognition, a multidisciplinary research centre. Aside from her research on working memory, she is also still interested in numerical cognition.

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