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The solar system most of us grew up with included nine planets, with Mercury closest to the sun and Pluto at the outer edge. Then, in 2005, astronomer Mike Brown made the discovery of a lifetime: a tenth planet, Eris, slightly bigger than Pluto. But instead of its resulting in one more planet...

Throughout the seventeenth century, medical lecturers demonstrated human anatomy by dissecting a cadaver while surrounded by students. After the Revolutionary War, though, instructors realized that they needed many more cadavers to serve a growing number of medical students. Enter the “resurrectionists”–body snatchers. Resurrectionists were a cruel lot; men (almost always men and often medical students themselves) who would sneak into a cemetery under the cover of darkness, remove a body, and then sell it to a physician or anatomist–usually for around $100.

The first human organ transplant in 1950 at a suburban hospital is the focus of The Graft: How a Pioneering Operation Sparked the Modern Age of Organ Transplants. The book examines the controversies the operation generated and the progress medicine has made in organ transplantation.

In the now-classic Forensics, internationally bestselling and award-winning “queen of crime” (CrimeReads) Val McDermid picks up the scalpel to uncover the secrets of forensic science, from the crime scene to the courtroom In the course of researching her best-selling books, McDermid has...

We all like to think we're making decisions based on reality, but in fact, we're almost always working from incomplete information. And when 'you don't know what you don't know', it can be impossible to navigate successfully. In You Don't Know What You're Missing mathematician Kit Yates explores...

Hot Type is the epic story of the magnificent 19th-century machine that rendered Gutenberg's movable type obsolete and opened the portal to the long century of mass media. The Linotype mechanized the 400-year-old process of setting type one laborious letter at a time, and thus ignited an explosion of newspaper, book, and magazine empires.

En octubre de 1927, veintinueve de los científicos más brillantes del mundo se reunieron en el Quinto Congreso Solvay. Diecisiete de ellos acabarían recibiendo el premio Nobel. Aquel encuentro, inmortalizado en una célebre fotografía, marcó el comienzo de una revolución intelectual sin precedentes. Allí, figuras como Marie Curie, Niels Bohr, Werner Heisenberg, Erwin Schrödinger o Albert Einstein debatieron los fundamentos de la recién nacida teoría cuántica, una forma radicalmente nueva de entender la naturaleza.

Many believe that discoveries arise by chance or serendipity. The Engine of Scientific Discovery illustrates, for the first time, how we can actively speed up the pace of new breakthroughs by developing better methods and tools of discovery which enable us to see and think in entirely new ways. New tools are the lenses through which we discover what we often did not even know existed: improved microscopes uncovered microorganisms and viruses, x-ray methods exposed the structure of DNA, particle accelerators detected subatomic particles, and advanced telescopes revealed galaxies.

The cells were supposed to die. Instead, they changed everything. When Henrietta Lacks walked into Johns Hopkins Hospital in 1951 complaining of vaginal bleeding, neither she nor her doctors could have imagined the medical revolution about to unfold. The cervical cancer that would claim her life at age 31 harbored an extraordinary secret: her cells could live forever. Without her knowledge or consent, those cells would reshape modern medicine. Dubbed "HeLa" cells, Henrietta's tissue became the cornerstone of countless medical breakthroughs.

Science isn’t a subject — it’s a system. A way of seeing, testing, and making sense of everything. From ancient myths to AI-powered labs, Science 101 tells the story of how humans figured out how to figure things out. This isn’t about listing facts or memorizing disciplines — it’s about the evolution of the scientific mindset. How did we go from believing lightning was a god… to splitting atoms? How did we learn to measure, test, repeat, and doubt? And what happens when machines start doing the science for us?

From the first fermented fruit to the last digital dopamine hit — this is the ultimate story of humanity’s oldest habit: getting out of its own head.

Resulta que la música no es sólo entretenimiento: es un medio de comunicación profundamente arraigado y sutilmente poderoso. Las canciones resuenan con tus patrones de ondas cerebrales e impulsan cambios en tu cerebro: creando tus estados de ánimo, consolidando tus recuerdos, fortaleciendo tus hábitos (tanto los buenos como los malos) ... incluso haciendo que te enamores o desenamores. Tu música te está moldeando, a nivel subconsciente, durante todo el día. Y ahora, por primera vez, puedes hacerte cargo.

As one of the world's leading experts in human reproduction and a research pioneer since the 1970s, Professor Winston is accustomed to working in the world of controversial science. From the earliest days of IVF treatment to current controversy over stem cell research, strong feelings and hot...

Brought to you by Penguin. The search for life in the Universe is one of the biggest questions for humanity. In this explosive book, Steven Benner argues we've been looking in the wrong place. In 1976, NASA landed two Viking missions on Mars specifically tasked with looking for current (or...

America’s favorite astrophysicist has written the most entertaining and universally appealing book of his stellar career: a practical guide for dealing with Alien visitors, an exploration of how it might happen, and a cultural history of our fascination with extraterrestrials. “Ever since...

The Telephone: A New History by James Gleick is a forthcoming title from Farrar, Straus and Giroux...

The Voyager Space Missions: From the Grand Tour to Interstellar Space is the definitive story of humanity’s most daring leap into the unknown. When NASA launched Voyager 1 and Voyager 2 in 1977, the world had never seen the outer planets up close, and interstellar space was only a theory. What began as an ambitious plan to take advantage of a once-in-a-lifetime planetary alignment soon became one of the greatest scientific adventures in history.

Why do we have bodies? Where did this weird meat suit come from? And how did we go from ancient guesses about "black bile" to installing pacemakers and printing 3D organs? In this audiobook, JJ takes you on a full-body tour through the history of anatomy, from mummified pharaohs to modern mind uploads. We crack it open, name the parts, track the fluids, x-ray the bones, and watch as the human body goes from sacred vessel to scanned-and-sold biometric data. This isn't a textbook. It's a scalpel with jokes. And it's got everything inside.

What is electricity? Not just in theory, but really. What is it? Where did it come from? Who figured it out? How does it move, store, think, and shape the entire world? This isn’t a textbook. It’s the real story of how humans stumbled into one of the most powerful forces in nature and slowly, painfully, turned it into the thing that runs civilization.

Biology 101: A History of Life is the story of how humans discovered life from the outside in. Poking, slicing, sketching, sequencing, and arguing our way toward understanding what it means to be alive. From Aristotle’s animal lists to Darwin’s dangerous idea. From Mendel’s peas to the human genome. From hand-ground glass to CRISPR gene editing. This is not a textbook. It’s a history of discovery. The brilliant, chaotic, often accidental process that turned biology from folklore into code.