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La historia de la ciencia atesora muerte por doquier, y no, los libros de historia no nos la suelen desvelar: científicos con prometedoras carreras truncadas por experimentos fallidos con desenlaces fatales, hórridos accidentes, asesinatos viles, además de envenenamientos, ejecuciones de toda clase, enfermedades exóticas, sobredosis de sustancias estupefacientes, mordeduras de ofidios ponzoñosos, caídas por precipicios, suicidios…

Approaching Marie Curie from a unique angle, Sobel navigates her remarkable discoveries and fame alongside the women who became her legacy – from Norway’s Ellen Gleditsch and France’s Marguerite Perry, who discovered the element francium, to her own daughter, Irene, a Nobel Prize winner in her own right. Elements of Marie Curie illuminates the trailblazing life and enduring influence of one of the most consequential figures of our time.

In the summer of 1941, German troops surrounded the Russian city of Leningrad—now St. Petersburg—and began the longest blockade in recorded history, one that would ultimately claim the lives of nearly three-quarters of a million people. At the center of the besieged city stood a converted palace that housed the world’s largest collection of seeds—more than 250,000 samples hand-collected over two decades from all over the globe by world-famous explorer, geneticist, and dissident Nikolai Vavilov, who had recently been disappeared by the Soviet government.

Desde la observación del cielo nocturno hasta la definición del segundo, desde el calendario sumerio hasta la creación del gregoriano, desde las clepsidras de los antiguos egipcios hasta el súper preciso reloj atómico… De los tiempos en que las longitudes se medían en codos o pies al establecimiento del metro patrón, la producción de ropa "ready to wear" y la invención del gps.

There are few visible markers of the accomplishments of public health. When epidemiologists do their jobs, nothing happens. An outbreak does not grow into an epidemic. A child does not go hungry. A would-be smoker never lights up. In this fascinating window into the secret life of public health, Caitlin Rivers weaves together stories of triumph and tragedy to show that by making sure things don't happen, she and legions of scientists, practitioners, and policymakers change the course of history.

En los siglos anteriores a él, la filosofía había sido peligrosa para los filósofos, pero con Friedrich Nietzsche resulta peligrosa para todo el mundo. Nietzsche enloqueció y su locura presagió la demencia colectiva que había de tener consecuencias horrendas en Europa durante la primera mitad del siglo XX. La suya es una filosofía de aforismos y de penetrante visión psicológica, no un sistema, pero es brillante, persuasiva e incisiva como ninguna otra antes o después de él.

Swimming pools were empty. The parks were deserted, and as the hot summer days simmered on, so too did a lingering dread. This fear descended into fall like a shadow remnant after summer had long disappeared. A mysterious illness was sweeping across the globe and no one knew what to do or how to protect themselves.

What if the strongest tool for lifelong vitality, sharper thinking, and unbreakable resilience is already sewn into every cell of your body? Physiologist Darius M. Riddick distills an entire career of humanperformance science into one irresistibly bingeable blueprint that turns ordinary muscle into extraordinary power.

In this entertaining book, Donald R. Prothero explores the astonishing connections between climate and life through the ages, telling the remarkable stories of the scientists who made crucial discoveries. Journeying through the intertwined evolution of climate and life, he tackles questions such as: Why do we have phytoplankton to thank for the air we breathe? What kind of climate was necessary for the rise of the dinosaurs-or the mammals, their successors? When and how have climatic changes caused mass extinctions?

Alles ist messbar: Kaffee und Galaxien ebenso wie Quarks und Schwarze Löcher, der Mensch, die Natur, die Städte–kurz, alles, was uns umgibt. Das Einzige, was man dafür braucht, sind die sieben Maßeinheiten Meter, Kilogramm, Sekunde, Ampere, Kelvin, Mol und Candela.

For decades we've delighted in dreaming about a sci-fi utopia, from flying cars and bionic humans to hoverboards; with driverless cars first proposed at the 1939 World's Fair. And why not? Building a better world, be it a free-flying commute or an automated urban lifestyle is a worthy dream. Given the pace of technological change, nothing seems impossible anymore. But why are these innovations always out of reach? Delving into the history of technology, this book also looks at what lies ahead, showing how the origins of our technology may provide insight into how it realistically evolves.

General Leslie Groves and J. Robert Oppenheimer were the two men chiefly responsible for the building of the first atomic bomb at Los Alamos, code name The Manhattan Project. As the ranking military officer in charge of marshalling men and material for what was to be the most ambitious, expensive engineering feat in history, it was General Groves who hired Oppenheimer (with knowledge of his left-wing past), planned facilities that would extract the necessary enriched uranium, and saw to it that nothing interfered with the accelerated research and swift assembly of the weapon.

In this remarkably clear and companionable audiobook, leading complex systems scientist Melanie Mitchell provides an intimate tour of the sciences of complexity, a broad set of efforts that seek to explain how large-scale complex, organized, and adaptive behavior can emerge from simple interactions among myriad individuals.

Marcia Bjornerud's life as a geologist has coincided with an extraordinary period of discovery. From an insular girlhood in rural Wisconsin, she found her way to an unlikely career studying mountains in remote parts of the world. As one of few women in her field, she witnessed the shift in our understanding of the Earth, from solid object to an entity in a constant state of transformation. In the most tumultuous times of her own life, a deep understanding of our rocky planet imbued her life with meaning.

Una palla infuocata si è trasformata in milioni di anni in ciò che noi chiamiamo Terra: un agglomerato di rocce sufficientemente solido da ospitare i vasti oceani della nostra ‘arancia blu’ e grandi continenti in perpetuo movimento. Un ambiente dove la vita ha prosperato, e continua a farlo nonostante tutto e tutti. Eppure di questo spazio, su cui poggiamo i piedi tutti i giorni e che ci nutre, spesso sappiamo pochissimo.

A gripping journey of discovery, The Catalyst moves from the early experiments that first hinted at RNA's spectacular powers, to Cech's own paradigm-shifting finding that it can catalyze cellular reactions, to the cutting-edge biotechnologies poised to reshape our health.

Humankind has always wrestled with the existence of suffering. For two centuries, many American ministers, physicians, and scientists believed that an omnipotent and omniscient God created the world such that people might relieve suffering through ingenuity and learning. Others responded to the new worldview introduced by the scientific revolution as a threat to the divine order. In Imagining Progress, Kristin Johnson traces the history of Americans' evolving relationship with science and religion at "one of its most dramatic places"—the bedsides of dying children.

The current view of science is that Earth is around 4.6 billion years old. The first four billion years of its development are known as the Precambrian period. For the first billion years or so, there was no life on Earth, and then the first single-celled life-forms, early bacteria and algae, began to emerge. It’s unknown where they came from or even if they originated on this planet at all, but this gradual development continued until suddenly (in relative geological terms), more complex forms of life began to emerge.

Werner Heisenberg was one of the greatest physicists of all time. He probed the depths of not just science but the nature of our very existence. His groundbreaking work in quantum mechanics, particularly the formulation of the uncertainty principle, revolutionized our understanding of the subatomic world and earned him the Nobel Prize in Physics in 1932.

Taking us back to that exhilarating - and often dangerous - moment when scientists tried to work out exactly what it was they'd discovered, we see gases as the formative substances of our modern world. From how nitrous oxide and chloroform get into our bloodstream and affect our neural pathways to the gases that make plants grow and flowers smell through to the carbon-fuelled climate crisis, Mark Miodownik masterfully reveals this invisible world through his unique brand of scientific storytelling.