"This book restores cooperation to its rightful place in the evolutionary story. Fascinating and timely." -- The Best New Popular Science Books of 2024, New Scientist"[Close's] prose is delightful. This book will be a valuable addition to college libraries." -- A. Spero, CHOICE"A little gem of a book. No one describes the building blocks of matter more clearly and delightfully than Frank Close." -- Jim Al-Khalili, Author of The Joy of Science and The World According to Physics"Selfish Genes to Social Beings is at its best in the long, fascinating discussions of the complexity of cooperative behaviours across the natural world.
Silvertown can talk as easily about the compounds making up your genes as most people can about yesterday's football match." -- Jonathan R. Goodman, Nature"A complex, yet intriguing read. The author made this possible with articulate writing, that delivers real-worldly context and understanding to complex areas." -- John Mulhall, Irish Tech News"In a slim, small volume [Close] manages to pack in a huge amount of information without compromising at all on quality. a great book." -- Brian Clegg, Popular Science"You couldn't ask for a more insightful and entertaining account, direct from the front lines of evolutionary biology, of why we live in a cooperative world." -- Ken Thompson, The Niche"A clear and engaging account.
To cover such a broad sweep of modern physics in just 170 pages takes a fair bit of skill and there are precious few folk around capable of pulling it off as nimbly as this." -- Steven French, SF² Concatenation"This book restores cooperation to its rightful place in the evolutionary story. Fascinating and timely." -- The Best New Popular Science Books of 2024, New Scientist"[Close's] prose is delightful. This book will be a valuable addition to college libraries." -- A. Spero, CHOICE"Close, a well-known British theoretical physicist and the author of a number of popular books on science, discusses why the charges on the electron and proton are opposite but exactly equal to each other, so that the net charge on an atom can be zero. While this is still a mystery, the discussion leads him through an explanation of the Standard Model of particle physics.
His prose is delightful, and his presentation of the concepts of the Standard Model is unusually clear." -- A. Spero, CHOICE.