Wendy M. Williams

This book reviews psychological research on practical intelligence and describes its importance in everyday life. The authors reveal the importance of tacit knowledge - what we have learned from our own experience, through action. Although it has been seen as an indispensable element of expertise, intelligence researchers have found it difficult to quantify. The data shows that practical intelligence is psychologically and statistically distinct from academic intelligence, and is distinct as well from personality and styles of thought. The data also indicates that practical intelligence predicts job performance and even aspects of school performance as well as or better than does academic intelligence. This volume thoroughly examines studies of practical intelligence in the United States and in many other parts of the world as well, and for varied occupations, such as management, military leadership, teaching, research, and sales.

This book reviews psychological research on practical intelligence and describes its importance in everyday life. The authors reveal the importance of tacit knowledge - what we have learned from our own experience, through action. Although it has been seen as an indispensable element of expertise, intelligence researchers have found it difficult to quantify. The data shows that practical intelligence is psychologically and statistically distinct from academic intelligence, and is distinct as well from personality and styles of thought. The data also indicates that practical intelligence predicts job performance and even aspects of school performance as well as or better than does academic intelligence. This volume thoroughly examines studies of practical intelligence in the United States and in many other parts of the world as well, and for varied occupations, such as management, military leadership, teaching, research, and sales.

Even though women consistently receive better grades in math and science, men excel on math aptitude tests and are greatly overrepresented in the so-called hard sciences. The Mathematics of Sex explores why males are overrepresented in mathematically intensive professions such as physics, computer science, chemistry, mathematics, and engineering. Bringing together for the first time important research from such diverse fields as endocrinology, economics, sociology, education, genetics, and psychology, the authors show that two factors--the parenting choices women (but not men) have to make, and the tendency of bright women to choose people-oriented fields like medicine--largely account for the under-representation of women in the hard sciences. Further, research shows that biology itself--differences in hormones or brain organization--does not fully account for the problem. Compressing an enormous amount of information--over 400 studies--into a readable, engaging account suitable for parents, educators, and policymakers, this book advances the debate about women in science unlike any other book before it.