The Faber Book of Science introduces hunting spiders and black holes, gorillas and stardust, protons, photons and neutrinos. In his acclaimed anthology, John Carey plots the development of modern science from Leonardo da Vinci to Chaos Theory. The emphasis is on the scientists themselves and their own accounts of their breakthroughs and achievements. The classic science-writers are included - Darwin, T.H. Huxley and Jean Henri Fabre tracking insects through the Provencal countryside. So too are today's experts - Steve Jones on the Human Genome Project, Richard Dawkins on DNA and many other representatives of the contemporary genre of popular science-writing which, John Carey argues, challenges modern poetry and fiction in its imaginative power.

John Carey, editor of the internationally acclaimed Faber Book of Reportage, plots the development of modern science, from Leonardo da Vinci to Chaos Theory. This anthology is made up of accounts by the scientists themselves.

A monumental, genre-defying novel that David Mitchell calls "Michel Faber’s second masterpiece," The Book of Strange New Things is a masterwork from a writer in full command of his many talents. It begins with Peter, a devoted man of faith, as he is called to the mission of a lifetime, one that takes him galaxies away from his wife, Bea. Peter becomes immersed in the mysteries of an astonishing new environment, overseen by an enigmatic corporation known only as USIC. His work introduces him to a seemingly friendly native population struggling with a dangerous illness and hungry for Peter’s teachings—his Bible is their “book of strange new things.” But Peter is rattled when Bea’s letters from home become increasingly desperate: typhoons and earthquakes are devastating whole countries, and governments are crumbling. Bea’s faith, once the guiding light of their lives, begins to falter. Suddenly, a separation measured by an otherworldly distance, and defined both by one newly discovered world and another in a state of collapse, is threatened by an ever-widening gulf that is much less quantifiable. While Peter is reconciling the needs of his congregation with the desires of his strange employer, Bea is struggling for survival. Their trials lay bare a profound meditation on faith, love tested beyond endurance, and our responsibility to those closest to us. Marked by the same bravura storytelling and precise language that made The Crimson Petal and the White such an international success, The Book of Strange New Things is extraordinary, mesmerizing, and replete with emotional complexity and genuine pathos.

Utopias come in every conceivable cultural and sexual shade: communist, fascist, anarchist, green, techno-fantastic, all male, all female. John Carey's anthology encompasses many noble schemes, as well as chilling attempts at social control.

It is true that little is known about the mind and for that matter the mind in the state of derangement. This book does not unlock the secrets of either but it does give the reader a look into the different states and perhaps possible causes that lead to insanity. The author provides a collaboration of letters taken from history that describes the point of view of the patient and their families as well as the physicians who dealt with the patients.

Jacob Bronowski was, with Kenneth Clarke, the greatest popularizer of serious ideas in Britain between the mid 1950s and the early 1970s. Trained as a mathematician, he was equally at home with painting and physics, and wrote a series of brilliant books that tried to break down the barriers between 'the two cultures'. He denounced 'the destructive modern prejudice that art and science are different and somehow incompatible interests'. He wrote a fine book on William Blake while running the National Coal Board's research establishment. The Common Sense of Science, first published in 1951, is a vivid attempt to explain in ordinary language how science is done and how scientists think. He isolates three creative ideas that have been central to science: the idea of order, the idea of causes and the idea of chance. For Bronowski, these were common-sense ideas that became immensely powerful and productive when applied to a vision of the world that broke with the medieval notion of a world of things ordered according to their ideal natures. Instead, Galileo, Huyghens and Newton and their contemporaries imagined 'a world of events running in a steady mechanism of before and after'. We are still living with the consequences of this search for order and causality within the facts that the world presents to us.

Why do people hate? A world-leading criminologist explores the tipping point between prejudice and hate crime, analysing human behaviour across the globe and throughout history in this vital book. 'This should be on the curriculum. A must read.' DR JULIE SMITH 'A key text for how we live now.' DAVID BADDIEL 'Wildly engrossing.' DARREN MCGARVEY 'This is a world-changing book.' ALICE ROBERTS 'Fascinating and moving.' PRAGYA AGARWAL Are our brains wired to hate? Is social media to blame for an increase in hateful abuse? With hate on the rise, what can we do to turn the tide? Drawing on twenty years of pioneering research - as well as his own experience as a hate-crime victim - world-renowned criminologist Matthew Williams explores one of the pressing issues of our age. Surveying human behaviour across the globe and reaching back through time, from our tribal ancestors in prehistory to artificial intelligence in the twenty-first century, The Science of Hate is a groundbreaking and surprising examination of the elusive 'tipping point' between prejudice and hate. 'Hate speech online has escalated to unprecedented levels. Matthew Williams, a professor of criminology, is shining a scientific light on who is behind it and why . . . a rallying cry.' OBSERVER 'Fascinating and beautifully written. I heartily recommend it.' HUGO RIFKIND, TIMES RADIO 'Fascinating . . . A harrowing but illuminating work.' EVENING STANDARD 'An indispensable guide to what's gone wrong both here at home and in much of the Western world.' THE HERALD

J. D. Bernal's important and ambitious work, The Social Function of Science, was first published in January 1939. As the subtitle -What Science Does, What Science Could Do - suggests it is in two parts. Both have eight chapters. Part 1: What Science Does: Introductory, Historical, The Existing Organization of Scientific Research in Britain, Science in Education, The Efficiency of Scientific Research, The Application of Science, Science and War and International Science. Part 11: What Science Could Do: The Training of the Scientist, The Reorganization of Research, Scientific Communication, The Finance of Science, The Strategy of Scientific Advance; Science in the Service of Man, Science and Social Transformation and The Social Function of Science. To quote Bernal's biographer, Andrew Brown, 'The Social Function of Science . . . was Bernal's attempt to ensure that science would no longer be just a protected area of intellectual inquiry, but would have as an inherent function the improvement of life for mankind everywhere. It was a groundbreaking treatise both in exploring the scope of science and technology in fashioning public policy, with Bernal arguing that science is the chief agent of change in society, and in devising policies that would optimize the way science was organized. The sense of impending war clearly emerges. Bernal deplored the application of scientific discoveries in making war ever more destructive, while acknowledging that the majority of scientific and technical breakthroughs have their origins in military exigencies, both because of the willingness to spend money and the premium placed on novelty during wartime.' Anticipating by two decades the schism C. P. Snow termed 'The Two Cultures', Bernal remarked that 'highly developed science stands almost isolated from a traditional literary culture.' He found that wrong. Again, quoting Andrew Brown, 'to him, science was a creative endeavour that still depended on inspiration and talent, just as much as in painting, writing or composing.' The importance of this book was such that twenty-five years after its publication, a collection of essays, The Science of Science, was published, in part in celebration, but also to explore many of the themes Bernal had first developed.

Imagine. . . Witnessing the destruction of Pompeii. . . Accompanying Julius Caesar on his invasion of Britain. . . Flying with the crew of The Great Artiste en route to dropping the atomic bomb on Nagasaki. . . Civilization's most momentous events come vibrantly alive in this magnificent collection of over three hundred eyewitness accounts spanning twenty-four turbulent centuries -- remarkable recollections of battles, atrocities, disasters, coronations, assassinations and discoveries that shaped the course of history, all related in vivid detail by observers on the scene.

It is over three hundred and fifty years since Torricelli discovered the law obeyed by fountains, yet fluid dynamics remains an active and important branch of physics. This book provides an accessible and comprehensive account of the subject, emphasising throughout the fundamental physical principles, and stressing the connections with other branches of physics. Beginning with a gentle introduction, the book goes on to cover Bernouilli's theorem, compressible flow, potential flow, surface waves, viscosity, vorticity dynamics, thermal convection and instabilities, turbulence, non-Newtonian fluids and the propagation and attenuation of sound in gases. Undergraduate or graduate students in physics or engineering who are taking courses in fluid dynamics will find this book invaluable, but it will also be of great interest to anyone who wants to find out more about this fascinating subject.