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The Contrarians is a critical history of the scientific community, past and present, as Matt Kaplan shows how scientific breakthroughs often occur in spite of, rather than because of, the scientific community. Alternating between the past and the present, the book is anchored by the story of Hungarian physician Ignaz Semmelweis, who helped discover germ theory by realizing Puerperal fever—a devastating infection that most often strikes women who have recently given birth—was spread by doctors not washing their hands.

Anti-science, anti-vaccine, anti-reason beliefs seem to be triumphing over common sense today. How did we get here? The Great Shadow brings a huge missing piece to this puzzle—the experience of actually being ill. History chronicles lives and deaths, but there’s too often a blank spot in those stories. What did it feel like to be a woman or man struggling with illness in ancient times, in the Middle Ages, in the seventeenth century, or in 1920? And how did that shape our thoughts and convictions?

“How many creatures walking on this earth / Have their first being in another form?” the Roman poet Ovid asked two thousand years ago. He could not have known the full extent of the truth: today, biologists estimate a stunning three-quarters of all animal species on Earth undergo some form of metamorphosis. But why do tadpoles transform into frogs, caterpillars into butterflies, elvers into eels, immortal jellyfish from sea sprigs to medusae and back again, growing younger and younger in frigid ocean depths?

Today it's routine to take photos from an airplane window, use a camera underwater, or watch a movie or view an X-ray. But the photographic innovations more than a century ago that made such things possible were experimental, revelatory, and sometimes dangerous. In Flashes of Brilliance, New York Times photo editor Anika Burgess engagingly blends art, science, and social history to reveal the most dramatic developments in photography from its birth in the 1830s to the early twentieth century.

In 1665, an infectious disease swept through the British capital and claimed the lives of tens of thousands of people. It would take another two hundred years for the cause of the Great Plague of London to be confirmed: a powerful bacterium called Yersinia pestis. In those centuries, our understanding of diseases was transformed. In So Very Small, Thomas Levenson reveals how human hubris led us to overestimate our own ability and underestimate the threat that microorganisms truly pose.

Like the alphabet, the calendar, or the zodiac, the periodic table of the chemical elements has a permanent place in our imagination. But aside from the handful of common ones (iron, carbon, copper, gold), the elements themselves remain wrapped in mystery. We do not know what most of them look like, how they exist in nature, how they got their names, or of what use they are to us. Periodic Tales isa dazzling tour through history and literature, science and art, in which you’ll meet iron that rains from the heavens and neon as it lights its way to vice.

What began as a utopian environment, where mice had sumptuous accommodations, had all the food and water they could want, and were free from disease and predators, turned into a mouse hell. Science writer and animal behaviorist Lee Alan Dugatkin introduces listeners to the work of rodent researcher John Bumpass Calhoun. Dugatkin shows how an ecologist-turned-psychologist-turned-futurist became a science rock star embedded in the culture of the 1960s and 1970s.

Since their advent, antibiotics have saved millions of lives, marking one of the greatest medical advances in our history. Dangerous Miracle weaves together the grand arc of the evolution of antibiotics over millions of years with a history of the past century: first as we mined the earth for naturally occurring antibiotic molecules, then as we learned to synthesise our own.

Voici une histoire radicalement nouvelle de l'énergie qui montre l’étrangeté fondamentale de la notion de transition. Elle explique comment matières et énergies sont reliées entre elles, croissent ensemble, s’accumulent et s’empilent les unes sur les autres. Pourquoi la notion de transition énergétique s’est-elle alors imposée ? Comment ce futur sans passé est-il devenu, à partir des années 1970, celui des gouvernements, des entreprises et des experts, bref, le futur des gens raisonnables ?

What are the moments that make a life? In Francis Crick’s, the decisive moment came in 1951, when he first met James Watson. Their ensuing discovery of the structure of DNA made Crick world-famous. But neither that chance meeting nor that discovery made Crick who he was. As Matthew Cobb shows in Crick, it is another chance encounter, with a line from the writing of Beat poet Michael McClure, that reveals Crick’s character: “THIS IS THE POWERFUL KNOWLEDGE,” it shouted. Crick, having read it, would keep it with him for the rest of his life.

The relationship between science and religion has long been a heated debate and is becoming an ever more popular topic. Drawing on extensive research with over a hundred leading thinkers in the UK—including Martin Rees, Brian Cox, Susan Greenfield, A.C. Grayling, Ray Tallis, Linda Woodhead, Steve Bruce, Adam Rutherford, Robin Dunbar, Francesca Stavrakopoulou, and Iain McGilchrist—The Landscapes of Science and Religion takes the much-needed step of asking what science and religion actually are, before turning to the familiar question of how they relate to one another.

In this lively, lucid book, science writer David Stipp ponders Darwinian puzzles about nine familiar creatures and things—bumblebees, dogs, sparrows, caffeine, earthworms, and sleep, among others—to show how rewarding it can be to look at nature in this deeper way. By revealing hidden depths of the ordinary, The Everyday Darwinist shows not only that fascinating intricacies lie just beneath the natural world's familiar surfaces, but also that noticing them lets us connect dots that in many cases we didn't realize existed. This is backyard biophilia at its most entertaining and enlightening.

From the prize-winning and bestselling biographer of Shelley and Coleridge, and author of the landmark, critically acclaimed The Age of Wonder, this is a book about the new science and scepticism of the 19th century; about ideas of geology and deep time, the vast beauty and the terror looming before all those who saw deeper into the stars and studied the new cosmology.

Quantum physics is the cornerstone of our world, offering a framework so expansive and precise that it underpins nearly every piece of modern technology. Yet, at the same time, it’s one of the hardest subjects to grasp. In Why Nobody Understands Quantum Physics, a leading scientist and a literary mind unite to explain the revolutionary discoveries and astounding phenomena at the heart of quantum physics. From the greenness of grass to the solidity of matter, they unravel why the universe behaves in the peculiar ways it does and why it's so important.