Here are 100 books that Galileo fans have personally recommended if you like
Galileo.
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I am Professor Emeritus of History at the University of Kansas, where I taught the History of Chemistry, History of Science in the United States, Early-Modern Scientific Revolution, and Great Lives in Science, among other courses. I also have published on late 19th-century physical science (with emphasis on spectroscopy and the work of Sir William Crookes) and the development of 20th-century electronic devices to aid chemical analyses (e.g., the development of handheld x-ray fluorescence spectrometers to measure lead concentration in paint). In addition to my interests in the history of science, I serve as the Technical Editor for an international environmental services company.
This is a magnificent history of astronomy and cosmology in all cultures (not just Western).
It is illustrated beautifully and presents technical information in a manner understandable to people unfamiliar with details of astronomy. I liked this because it discussed authoritatively virtually every aspect of its subject matter within the histories of multiple cultures.
For millennia humans have studied the skies to help them grow crops, navigate the seas, and earn favor from their gods. We still look to the stars today for answers to fundamental questions: How did the universe begin? Will it end, and if so, how? What is our place within it? John North has been examining such questions for decades. In "Cosmos", he offers a sweeping historical survey of the two sciences that help define our place in the universe: astronomy and cosmology.Organizing his history chronologically, North begins by examining Paleolithic cave drawings that clearly chart the phases of the…
I am Professor Emeritus of History at the University of Kansas, where I taught the History of Chemistry, History of Science in the United States, Early-Modern Scientific Revolution, and Great Lives in Science, among other courses. I also have published on late 19th-century physical science (with emphasis on spectroscopy and the work of Sir William Crookes) and the development of 20th-century electronic devices to aid chemical analyses (e.g., the development of handheld x-ray fluorescence spectrometers to measure lead concentration in paint). In addition to my interests in the history of science, I serve as the Technical Editor for an international environmental services company.
Although somewhat dated, this classic work in the history of science remains a readable and dependable rendition of events in astronomy and cosmology in the 16th and 17th centuries.
An appeal of this book is its suitability for discussion together with Kuhn’s Structure of Scientific Revolutions, a general interpretation of the history of science of great influence on historians and philosophers of science for approximately 60 years.
For scientist and layman alike this book provides vivid evidence that the Copernican Revolution has by no means lost its significance today. Few episodes in the development of scientific theory show so clearly how the solution to a highly technical problem can alter our basic thought processes and attitudes. Understanding the processes which underlay the Revolution gives us a perspective, in this scientific age, from which to evaluate our own beliefs more intelligently. With a constant keen awareness of the inseparable mixture of its technical, philosophical, and humanistic elements, Thomas S. Kuhn displays the full scope of the Copernican Revolution…
My first love was architecture. But while I was working as an architectural drafter in my early twenties, I began taking college courses in philosophy and religious studies. During that time, I also acquired a set of the Great Books of the Western World by Encyclopædia Britannica. I was hooked. I quit my job and became a full-time student of philosophy, religion, and history. Since then, I have seen Pascal’s maxim demonstrated in all my research. Namely, that humanity is a living oxymoron: he is like a “reed,” easily blown over. Nevertheless, the human is also a “thinking reed,” concerned with meaning, purpose, and transcendence.
This book holds a special place in my heart as one of the first books I encountered on the history of science and religion. Lindberg's masterful exploration of the European scientific tradition from 600 B.C. to A.D. 1450 served as my introduction to this captivating field of study.
In many ways, I owe my journey as a historian of science to the insights gleaned from Lindberg's work. While I never had the privilege of meeting him before his passing, his scholarship continues to inspire and shape my understanding of the intricate relationship between science and religion.
For anyone embarking on their own exploration of this fascinating topic, Lindberg's book is an indispensable guide that will leave a lasting impression.
When it was first published in 1992, "The Beginnings of Western Science" was lauded as the first successful attempt to present a unified account of both ancient and medieval science in a single volume. Chronicling the development of scientific ideas, practices, and institutions from pre-Socratic Greek philosophy to late-medieval scholasticism, David C. Lindberg surveyed the most important themes in the history of science, including developments in cosmology, astronomy, mechanics, optics, alchemy, natural history, and medicine. In addition, he offered an illuminating account of the transmission of Greek science to medieval Islam and subsequently to medieval Europe."The Beginnings of Western Science"…
Tap Dancing on Everest, part coming-of-age memoir, part true-survival adventure story, is about a young medical student, the daughter of a Holocaust survivor raised in N.Y.C., who battles self-doubt to serve as the doctor—and only woman—on a remote Everest climb in Tibet.
I am Professor Emeritus of History at the University of Kansas, where I taught the History of Chemistry, History of Science in the United States, Early-Modern Scientific Revolution, and Great Lives in Science, among other courses. I also have published on late 19th-century physical science (with emphasis on spectroscopy and the work of Sir William Crookes) and the development of 20th-century electronic devices to aid chemical analyses (e.g., the development of handheld x-ray fluorescence spectrometers to measure lead concentration in paint). In addition to my interests in the history of science, I serve as the Technical Editor for an international environmental services company.
No better overall treatment of the Scientific Revolution during the 17th century is available for the reader who would encounter this material for the first time.
I used this book as a major text in my survey course on the history of modern science. The author also wrote arguably the leading biography of Isaac Newton.
This introduction to the history of science in the seventeenth century examines the so-called 'scientific revolution' in terms of the interplay between two major themes. The Platonic-Pythagorean tradition looked on nature in geometric terms with the conviction that the cosmos was constructed according to the principles of mathematical order, while the mechanical philosophy conceived of nature as a huge machine and sought to explain the hidden mechanisms behind phenomena. Pursuing different goals, these two movements of thought tended to conflict with each other, and more than the obviously mathematical sciences were affected - the influence spread as far as chemistry…
Decades ago, I fell madly, gladly, and giddily in love with Italian. This passion inspired La Bella Lingua: My Love Affair with the World’s Most Enchanting Language, which became a New York Times best-seller and won an Italian knighthood for my contributions to promoting Italy’s language. Intrigued by the world’s most famous portrait, I wrote Mona Lisa: A Life Discovered, an Amazon Best Book of the Year, translated into seven languages. My most recent journeys through Italian culture are La Passione: How Italy Seduced the World and ‘A’ Is for Amore, an e-book written during the pandemic and available free on my website.
While researching Mona Lisa: A Life Discovered, I rented an apartment a few blocks from a house where Galileo lived in Florence. I could stand outside its door every day, but this book transported me inside—not just a building but a family, a home, and an era.
Dava Sobel’s meticulous research reveals not just new dimensions of Galileo’s life and work as an intrepid scientist but the often hidden realm inhabited by his daughter. Illegitimate and unmarriageable, she entered a convent at age 13 to live in poverty and simplicity. And yet, as her letters demonstrate, Sister Marie Celeste’s soul and spirit soared. The ending—which I dare not spoil—has haunted me since my first reading decades ago.
Inspired by a long fascination with Galileo, and by the remarkable surviving letters of his daughter Maria Celeste, a cloistered nun, Dava Sobel has crafted a biography that dramatically recolors the personality and accomplishments of a mythic figure whose early-seventeenth-century clash with Catholic doctrine continues to define the schism between science and religion-the man Albert Einstein called "the father of modern physics-indeed of modern science altogether." It is also a stunning portrait of Galileo's daughter, a person hitherto lost to history, described by her father as "a woman of exquisite mind, singular goodness, and most tenderly attached to me."
I’ve been writing for publication since I was a student, crudely the writing has been a way of medicating the fact I’m incurably curious about a range of things and I’ve also suffered from an over-production of ideas my whole life. Wrestling this under control into writing and live speaking where the subjects must fit within a title, word limit, or running time for a talk has been helpful, beyond which the whole writing career has been a trade off between things I’ve chosen to do because they matter a lot to me, and the occasional accepting of an offer I thought too good to refuse.
Making sense of the varied claims of UFOs and aliens isn’t easy, it gets much harder if you dig into history and discover reports that don’t match the things reported today. This book brings clarity.
The biography of J Allen Hynek, arguably the most significant and influential ufologist who ever lived traces his journey from becoming involved in the field as a government-appointed sceptic brought into to explain away eye-witness accounts through his personal realisation that he was dealing with some phenomena he couldn’t dismiss or understand, to his later life as a tireless investigator into the truly strange and a campaigner for more serious investigation.
A unique life, and a great read partly because Hynek emerges as very human and likable.
The wildly entertaining and eye-opening biography of J. Allen Hynek, the astronomer who invented the concept of "Close Encounters" with alien life, inspired Steven Spielberg's blockbuster classic science fiction epic film, and made a nation want to believe in UFOs. In June 1947, private pilot Kenneth Arnold looked out his cockpit window and saw a group of nine silvery crescents weaving between the peaks of the Cascade Mountains at an estimated 1,200 miles an hour. The media, the military, and the scientific community-led by J. Allen Hynek, an astronomer hired by the Air Force-debunked this and many other Unidentified Flying…
The Model Spy is based on the true story of Toto Koopman, who spied for the Allies and Italian Resistance during World War II.
Largely unknown today, Toto was arguably the first woman to spy for the British Intelligence Service. Operating in the hotbed of Mussolini's Italy, she courted danger…
I’m a science journalist, podcaster and opinion columnist for the Bloomberg News Service. I’ve written for the New York Times, Science, Sky and Telescope, Psychology Today, New Scientist and other publications. I studied geophysics at Caltech, where I learned about climate change and the long history of our planet. I wrote about astrophysics and particle physics for Science Magazine before taking a job as a general science reporter for the Philadelphia Inquirer. There, I asked for the chance to write a weekly science column. The editors said they wanted a sex column. I made the best of it, creating a column about sex in the natural world.
If you’ve ever wondered how the universe could have originated from a speck and expanded in a big bang, or why scientists came to believe such a thing, this book explains it all in an accessible, gripping story. Overbye, who is a science writer for the New York Times, paints a sweeping history of big bang cosmology through the colorful characters who put it together in the second half of the 20th century. The story revolves around astronomer Allan Sandage, who was a student of the famed Edwin Hubble. After Hubble discovered that the stars were arranged in galaxies that were speeding away from each other, he died, leaving Sandage to finish his quest to understand the implications of this expansion, measure the age of the universe, and determine whether the cosmos is eternally spreading out into an ever more sparse and lonely place.
In southern California, nearly a half century ago, a small band of researchers -- equipped with a new 200-inch telescope and a faith born of scientific optimism -- embarked on the greatest intellectual adventure in the history of humankind: the search for the origin and fate of the universe. Their quest would eventually engulf all of physics and astronomy, leading not only to the discovery of quasars, black holes, and shadow matter but also to fame, controversy, and Nobel Prizes. Lonely Hearts of the Cosmos tells the story of the men and women who have taken eternity on their shoulders…
As a professor, I see students fascinated by science, but petrified to take a science class. This is in part because we have dehumanized science, removed the story, edited out the human, deleted the parts that allow people to connect with it. Science does not get delivered by gods, but is created by people: smart, quirky, sometimes immoral people. As a writer, my hope is to be able to reinsert life into readers’ understanding of our greatest advances. As a reader myself, I am deeply appreciative when other authors do it too.
The engagingly told story of a modern hero who not only illuminated some of the darkest secrets of the universe, but who had to do it while fighting sexism all along the way. This is not a romanticized picture of a great scientist, but an inspiring and enraging telling of a real person living a recognizable life whose genius contributed to humanity and her unwavering moral compass and determination did the same for the culture.
The first biography of a pioneering scientist who made significant contributions to our understanding of dark matter and championed the advancement of women in science.
One of the great lingering mysteries of the universe is dark matter. Scientists are not sure what it is, but most believe it's out there, and in abundance. The astronomer who finally convinced many of them was Vera Rubin. When Rubin died in 2016, she was regarded as one of the most influential astronomers of her era. Her research on the rotation of spiral galaxies was groundbreaking,…
Barbara J. Becker received her PhD in the history of science from Johns Hopkins University. Until her retirement, she taught at the University of California at Irvine and now resides in Chapel Hill, North Carolina. She is a leading authority on astronomer William Huggins. Her research interests include the role of the amateur in the development of nineteenth-century professional astronomy, the redefining of disciplinary boundaries in the face of new knowledge and new practice, and the role of controversy in shaping the substance and structure of scientific knowledge. She is the author of numerous journal articles and editor of Selected Correspondence of William Huggins (2 volumes).
Denizens of the twenty-first century need to hop on board a time machine if they want to really see and comprehend the structure and workings of the world through nineteenth-century eyes. Making Stars Physical is just the ticket! It pulls the modern reader back into an era when the science of astronomy was still mainly focused on tracking the movement of Earth's solar system companions against the array of carefully plotted background stars. It also reveals that, despite a public façade of stability and uniformity of purpose, astronomy's disciplinary boundaries were beginning to blur.
Author Stephen Case presents an engaging examination of the prehistory of astrophysics and the pivotal role played in it by polymath John Frederick William Herschel (1792-1871), whose views reflected the complexity, strengths, and limitations of the state of contemporary astronomical knowledge. Although, like many of his contemporaries, he doubted that the chemists' trusted spectroscope would be…
Making Stars Physical offers the first extensive look at the astronomical career of John Herschel, son of William Herschel and one of the leading scientific figures in Britain throughout much of the nineteenth century. Herschel's astronomical career is usually relegated to a continuation of his father, William's, sweeps for nebulae. However, as Stephen Case argues, John Herschel was pivotal in establishing the sidereal revolution his father had begun: a shift of attention from the planetary system to the study of nebulous regions in the heavens and speculations on the nature of the Milky Way and the sun's position within it.…
I grew up thinking that being adopted didn’t matter. I was wrong. This book is my journey uncovering the significance and true history of adoption practices in America. Now, in the wake of the U.S. Supreme Court’s overturning of Roe v. Wade, the renewed debate over women’s reproductive rights places…
As an engineer, scientist, and historian, I’ve always been fascinated by how science has always served the political goals of nations and empires. Today, we look at the Space Race to land a person on the Moon as a part of the Cold War effort to establish the intellectual and cultural dominance of the United States and the Soviet Union, even as it created new technologies and completely changed our understanding of the world. When I came across the Geodesic Mission to the Equator 1735-1744, I realized that even in the 18th century, voyages of discovery could do more than simply find new lands to conquer and exploit–they could, and did extend our knowledge of nature and mankind.
In the late 18th century, European scientists claimed that “the sciences were never at war,” using as an example the international Transit of Venus voyages that took place during the height of the Seven Years’ War.
Even though the two opposing sides–France and Britain–were engaged in one of the bloodiest conflicts of that century, scientists from those two nations, as well as many allied nations on both sides, traveled vast distances across the globe (including Tahiti, South Africa, and Siberia) to witness the two Transits of Venus, 1761 and 1769.
Facing not just war but also fierce cold, disease, and the perils of ocean navigation (see Longitude above), the astronomers combined their observations to give mankind its first glimpse of the enormous scale of our solar system.
On June 3, 1769, the planet Venus briefly passed across the face of the sun in a cosmic alignment that occurs twice per century. Anticipation of the rare celestial event sparked a worldwide competition among aspiring global superpowers, each sending their own scientific expeditions to far-flung destinations to time the planet's trek. These pioneers used the "Venus Transit" to discover the physical dimensions of the solar system and refine the methods of discovering longitude at sea. In this fast-paced narrative, Mark Anderson reveals the stories of three Venus Transit voyages--to the heart of the Arctic, the New World, and the…
