Excellence and the highest levels of performance in the arts and sciences, sports, and games have always been an object of fascination to both scientists and lay people. Only during the last 20 years have scientists studied these levels of performance in the laboratory in order to identify their mediating mechanisms. Contrary to the common belief that innate talents are the critical factors for exceptional performance, investigators have found that acquired skills, knowledge, and physiological adaptations in response to intense practice are the primary mechanisms, mediating the highest levels of performance.
This is the first and only book to examine "how" elite performers effect their exceptional accomplishments. The world's leading researchers on expert performance and creative achievement review theories and recent findings from many different domains of expertise on how experts optimize improvement in their performance and eventually attain excellence. Elite performers are shown to have engaged in deliberate-practice activities specifically designed to improve their performance from an early age. By age 20 they have often accumulated over 10,000 hours of practice The essential elements of deliberate practice, such as specific goals to improve performance, successive refinement through repetition, feedback and instruction, are explicated for different domains. Although the content of practice tasks will necessarily differ from domain to domain, investigators have found invariant characteristics for the optimal duration of practice sessions, maximal amounts of daily practice, the length of intense preparation (around 10 years), and ages of peak performance. Some of the book's chapters extend the review to the acquisition of everyday-life skills such as reading, to the performance of teams of experts, and to the development of creative achievement, geniuses, and artistic child prodigies. The book concludes with commentaries by several outstanding scientists in psychology, education, and history of science who discuss the generalizability of presented ideas and raise issues for future issues.
EXTRA COPY...It could be said that striving for excellence is what characterizes humanity, or perhaps what characterizes humanity at its best. Why do so few individuals ever reach the highest levels when so many start out on the Road to Excellence? In this book, the world's foremost researchers of expert performance in domains as diverse as sports, medicine, chess, and the arts explore the similarities and differences in the extended and strenuous Road to Excellence taken by the successful individuals in each domain. Their findings will intrigue and inspire readers who are themselves driven to achieve or who simply want to better understand the processes involved.

Excellence and the highest levels of performance in the arts and sciences, sports, and games have always been an object of fascination to both scientists and lay people. Only during the last 20 years have scientists studied these levels of performance in the laboratory in order to identify their mediating mechanisms. Contrary to the common belief that innate talents are the critical factors for exceptional performance, investigators have found that acquired skills, knowledge, and physiological adaptations in response to intense practice are the primary mechanisms, mediating the highest levels of performance.
This is the first and only book to examine "how" elite performers effect their exceptional accomplishments. The world's leading researchers on expert performance and creative achievement review theories and recent findings from many different domains of expertise on how experts optimize improvement in their performance and eventually attain excellence. Elite performers are shown to have engaged in deliberate-practice activities specifically designed to improve their performance from an early age. By age 20 they have often accumulated over 10,000 hours of practice The essential elements of deliberate practice, such as specific goals to improve performance, successive refinement through repetition, feedback and instruction, are explicated for different domains. Although the content of practice tasks will necessarily differ from domain to domain, investigators have found invariant characteristics for the optimal duration of practice sessions, maximal amounts of daily practice, the length of intense preparation (around 10 years), and ages of peak performance. Some of the book's chapters extend the review to the acquisition of everyday-life skills such as reading, to the performance of teams of experts, and to the development of creative achievement, geniuses, and artistic child prodigies. The book concludes with commentaries by several outstanding scientists in psychology, education, and history of science who discuss the generalizability of presented ideas and raise issues for future issues.
EXTRA COPY...It could be said that striving for excellence is what characterizes humanity, or perhaps what characterizes humanity at its best. Why do so few individuals ever reach the highest levels when so many start out on the Road to Excellence? In this book, the world's foremost researchers of expert performance in domains as diverse as sports, medicine, chess, and the arts explore the similarities and differences in the extended and strenuous Road to Excellence taken by the successful individuals in each domain. Their findings will intrigue and inspire readers who are themselves driven to achieve or who simply want to better understand the processes involved.

In this updated and expanded edition of The Cambridge Handbook of Expertise and Expert Performance, some of the world's foremost experts on expertise share their scientific knowledge of expertise and expert performance and show how experts may differ from non-experts in terms of development, training, reasoning, knowledge, and social support. The book reviews innovative methods for measuring experts' knowledge and performance in relevant tasks. Sixteen major domains of expertise are covered, including sports, music, medicine, business, writing, and drawing, with leading researchers summarizing their knowledge about the structure and acquisition of expert skills and knowledge, and discussing future prospects. General issues that cut across most domains are reviewed in chapters on various aspects of expertise, such as general and practical intelligence, differences in brain activity, self-regulated learning, deliberate practice, aging, knowledge management, and creativity.

In this updated and expanded edition of The Cambridge Handbook of Expertise and Expert Performance, some of the world's foremost experts on expertise share their scientific knowledge of expertise and expert performance and show how experts may differ from non-experts in terms of development, training, reasoning, knowledge, and social support. The book reviews innovative methods for measuring experts' knowledge and performance in relevant tasks. Sixteen major domains of expertise are covered, including sports, music, medicine, business, writing, and drawing, with leading researchers summarizing their knowledge about the structure and acquisition of expert skills and knowledge, and discussing future prospects. General issues that cut across most domains are reviewed in chapters on various aspects of expertise, such as general and practical intelligence, differences in brain activity, self-regulated learning, deliberate practice, aging, knowledge management, and creativity.

Professionals such as medical doctors, aeroplane pilots, lawyers, and technical specialists find that some of their peers have reached high levels of achievement that are difficult to measure objectively. In order to understand to what extent it is possible to learn from these expert performers for the purpose of helping others improve their performance, we first need to reproduce and measure this performance. This book is designed to provide the first comprehensive overview of research on the acquisition and training of professional performance as measured by objective methods rather than by subjective ratings by supervisors. In this collection of articles, the world's foremost experts discuss methods for assessing the experts' knowledge and review our knowledge on how we can measure professional performance and design training environments that permit beginning and experienced professionals to develop and maintain their high levels of performance, using examples from a wide range of professional domains.

During the past twenty years, our knowledge about expertise has dramatically increased. Laboratory analyses of chessmasters, experts in physics, medicine, international-level musicians, athletes, writers, and performance artists have allowed us to carefully examine the cognitive processes mediating outstanding performance in very diverse areas of expertise. These analyses have shown that expert performance is primarily a reflection of acquired skill resulting from the accumulation of domain-specific knowledge and methods during many years of training and practice rather than special innate talent. Confronted with universal limits of human information processing concerning memory capacity and speed of processing, expert performers are found to be able to acquire similar types of skills to circumvent these limits. General findings on expertise are systematized to lay the foundation of a general theory of expertise. In this book, many of the world's foremost scientists studying expert performance in specific domains of expertise review the state-of-the-art knowledge about expertise in these domains with the goal of identifying characteristics of expert performance that can be generalized across many different areas of expertise. These papers provide a comprehensive summary of general methods to study expertise and the current knowledge about expertise in chess, physics, medicine, sports, performing arts, music, writing, and decision-making. Most importantly, they reveal the existence of many general characteristics of expertise.

During the past twenty years, our knowledge about expertise has dramatically increased. Laboratory analyses of chessmasters, experts in physics, medicine, international-level musicians, athletes, writers, and performance artists have allowed us to carefully examine the cognitive processes mediating outstanding performance in very diverse areas of expertise. These analyses have shown that expert performance is primarily a reflection of acquired skill resulting from the accumulation of domain-specific knowledge and methods during many years of training and practice rather than special innate talent. Confronted with universal limits of human information processing concerning memory capacity and speed of processing, expert performers are found to be able to acquire similar types of skills to circumvent these limits. General findings on expertise are systematized to lay the foundation of a general theory of expertise. In this book, many of the world's foremost scientists studying expert performance in specific domains of expertise review the state-of-the-art knowledge about expertise in these domains with the goal of identifying characteristics of expert performance that can be generalized across many different areas of expertise. These papers provide a comprehensive summary of general methods to study expertise and the current knowledge about expertise in chess, physics, medicine, sports, performing arts, music, writing, and decision-making. Most importantly, they reveal the existence of many general characteristics of expertise.

Professionals such as medical doctors, aeroplane pilots, lawyers, and technical specialists find that some of their peers have reached high levels of achievement that are difficult to measure objectively. In order to understand to what extent it is possible to learn from these expert performers for the purpose of helping others improve their performance, we first need to reproduce and measure this performance. This book is designed to provide the first comprehensive overview of research on the acquisition and training of professional performance as measured by objective methods rather than by subjective ratings by supervisors. In this collection of articles, the world's foremost experts discuss methods for assessing the experts' knowledge and review our knowledge on how we can measure professional performance and design training environments that permit beginning and experienced professionals to develop and maintain their high levels of performance, using examples from a wide range of professional domains.

"Expert Performance in Sports: Advances in Research on Sport Expertise" presents an overview of the critical issues facing researchers who study how athletes reach--and stay at--the pinnacle of their sports. The text will allow you to update your knowledge of sport expertise with the most current research and practical applications for the development of sport expertise in athletes, referees, and judges.

This comprehensive reference reflects both theoretical underpinnings and future directions in the understanding of sport expertise research and is the first book to look specifically at how elite athletes are developed.

Editors Janet L. Starkes and K. Anders Ericsson identify the questions typically asked in the study of sport expertise; they provide a stimulating, scientific debate that addresses the question of whether a general theory of expert performance is achievable; and they conclude with a glimpse of future directions for research on sport expertise.

This new reference answers controversial questions that arise with regard to the training of high-level performers: -How can you potentially speed up the acquisition process?

-How easy or difficult is it for experts to retain high performance levels as they age?

-How can coaches structure practices to maximize active time and preparation for the next competition?

-What is the role of coaches and mentors who work with elite performers?

-What aspects of performance best reflect expert behaviors in a particular sport--anticipation, perceptual accuracy, decision speed, attention focus, response selection, response consistency, strategy, or others?With "Expert Performance in Sports, " you not only can read about sport expertise research but also find out how athletes and coaches benefit the most. "Experts' Comments" at the end of each chapter present the opinions of two world-class experts, Therese Brisson and Nick Cipriano. These experts' opinions bridge the gap between the research presented and its practical applications. Dr. Therese Brisson's academic training is in motor behavior; she also is an Olympic gold medalist, silver medalist, and six-time world champion in ice hockey. Professor Nick Cipriano is both an academic and an international-level wrestling coach. He is a former international-level wrestler and world-renowned coach in freestyle and Greco-Roman wrestling, and he has coached both male and female athletes from the high school level to the Olympic team.

This is a must-have reference that will challenge researchers to identify both their theoretical underpinnings and future directions in their study of how the best excel at sports.

Since the publication of Ericsson and Simon's ground-breaking work in the early 1980s, verbal data has been used increasingly to study cognitive processes in many areas of psychology, and concurrent and retrospective verbal reports are now generally accepted as important sources of data on subjects' cognitive processes in specific tasks. In this revised edition of the book that first put protocol analysis on firm theoretical ground, the authors review major advances in verbal reports over the past decade, including new evidence on how giving verbal reports affects subjects' cognitive processes, and on the validity and completeness of such reports.

In a substantial new preface Ericsson and Simon summarize the central issues covered in the book and provide an updated version of their information-processing model, which explains verbalization and verbal reports. They describe new studies on the effects of verbalization, interpreting the results of these studies and showing how their theory can be extended to account for them. Next, they address the issue of completeness of verbally reported information, reviewing the new evidence in three particularly active task domains. They conclude by citing recent contributions to the techniques for encoding protocols, raising general issues, and proposing directions for future research.

All references and indexes have been updated.