Synopses & Reviews
In this groundbreaking look at the evolution of our brains, eminent neuroscientists Gary Lynch and Richard Granger uncover the mysteries of the outsize intelligence of our ancestors, who had bigger brains than humans living today. Weaving together history, science, and the latest theories of artificial intelligence, Lynch and Granger demystify the complexities of our brains, and show us how our memory, cognition, and intelligence actually function, as well as what mechanisms in the brain can potentially be enhanced, improving on the current design. Author of The Emotional Brain, Joseph LeDoux praised it as "provocative and fascinating," and, writing in the New Scientist, Willian Calvin called it "a popular account of how brains enlarge, in both evolutionary and developmental terms" and "a much needed book."
Review
"An excellent book...very well written and informative." --CHOICE "[A] fascinating and provocative account of the human brain's recent past."--Joseph LeDoux, author of
The Emotional Brain"A much needed book on big brains… Big Brain is a popular account of how brains enlarge, in both evolutionary and developmental terms. The strength of the book lies in the neuroscience, especially its treatment of neural plasticity and the "association areas" of the brain… "--William H Calvin, New Scientist
"The Lynch and Granger combination is like mixing gas with fire. In this book there are big, explosive ideas by two ingenious brain scientists."--Michael Gazzaniga, author of The Ethical Brain
"On a planet in which everything seems to be getting bigger (the internet), hotter (our climate), or more numerous (the world's population), Gary Lynch and Rick Granger reveal the intriguing possibility that people with larger brains than us may have been around a few thousand years ago. Their account of the mysteries of the brain and intelligence challenges conventional views in a scholarly yet wonderfully accessible manner."--Richard Morris, Director of the Centre for Cognitive and Neural Systems, University of Edinburgh, and President, Federation of European Neuroscience Societies, and Former Chair, Brain Research Association of the United Kingdom
"Riveting…the book tracks the evolutionary development of the human brain…" -Anthony Doerr, Boston Globe
Review
"An excellent book...very well written and informative." --CHOICE "[A] fascinating and provocative account of the human brain's recent past."--Joseph LeDoux, author of
The Emotional Brain"A much needed book on big brains… Big Brain is a popular account of how brains enlarge, in both evolutionary and developmental terms. The strength of the book lies in the neuroscience, especially its treatment of neural plasticity and the "association areas" of the brain… "--William H Calvin, New Scientist
"The Lynch and Granger combination is like mixing gas with fire. In this book there are big, explosive ideas by two ingenious brain scientists."--Michael Gazzaniga, author of The Ethical Brain
"On a planet in which everything seems to be getting bigger (the internet), hotter (our climate), or more numerous (the world's population), Gary Lynch and Rick Granger reveal the intriguing possibility that people with larger brains than us may have been around a few thousand years ago. Their account of the mysteries of the brain and intelligence challenges conventional views in a scholarly yet wonderfully accessible manner."--Richard Morris, Director of the Centre for Cognitive and Neural Systems, University of Edinburgh, and President, Federation of European Neuroscience Societies, and Former Chair, Brain Research Association of the United Kingdom
"Riveting…the book tracks the evolutionary development of the human brain…" –Anthony Doerr, Boston Globe
About the Author
Gary Lynch is one of the most cited neuroscientists in the world and author of more than 550 scientific articles. He is Professor of Psychiatry at the University of California at Irvine. Richard Granger is the WH Neukom Distinguished Professor of Computational Sciences at Dartmouth. He is internationally recognized for his work in experimental neuroscience.