Here are 100 books that Never at Rest fans have personally recommended if you like
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I am a physics professor at the Georgia Institute of Technology in Atlanta. Ten years ago, I switched my research focus from solid-state physics to the history of that subject. This was fertile ground because professional historians of science had almost completely ignored solid-state physics. I began my new career by writing two journal articles about the physicist Walter Kohn and his discovery of what became the most accurate method known to calculate the properties of solids. This experience led me to broaden my perspective and ultimately produce a biography of the theoretical physicist Philip Anderson. My next book will be a historical-sociological study of self-identity and disciplinary boundaries within the community of physicists.
For my money, Michael Faraday was the greatest experimental scientist of the nineteenth century. His notebooks detailing his achievements in electrochemistry and electromagnetism should be read by every budding experimentalist as models to emulate. The late Sir John Thomas, a distinguished solid-state chemist, wrote this short biography (only 234 pages) of Faraday during his tenure as the Director of the Royal Institution of Great Britain. Thomas’ scientific expertise, his insider status, and his graceful writing style led him to produce a real gem. Enjoy yourself as Thomas recounts Faraday’s ascent at the Royal Institution from laboratory assistant to full professor, his scientific work, his private life, and his unmatched skill as a popularizer of science.
A self-educated man who knew no mathematics, Michael Faraday rose from errand boy to become one of Britain's greatest scientists. Faraday made the discoveries upon which most of twentieth-century technology is based and readers of this book will enjoy finding out in how many ways we are indebted to him. The story of his life speaks to us across the years and is a fascinating read, especially when the tale is told with the understanding and gusto that Professor Thomas-one of the UK's leading scientists-brings to the telling.
Faraday took great trouble to make the latest discoveries of science, his…
I am a physics professor at the Georgia Institute of Technology in Atlanta. Ten years ago, I switched my research focus from solid-state physics to the history of that subject. This was fertile ground because professional historians of science had almost completely ignored solid-state physics. I began my new career by writing two journal articles about the physicist Walter Kohn and his discovery of what became the most accurate method known to calculate the properties of solids. This experience led me to broaden my perspective and ultimately produce a biography of the theoretical physicist Philip Anderson. My next book will be a historical-sociological study of self-identity and disciplinary boundaries within the community of physicists.
Skip the documentaries. Lise Meitner’s dramatic story is much better told in this meticulously researched and well-written biography. Meitner became the second woman in the world to earn a PhD in physics and then left her native Vienna for Berlin where she began a thirty-year collaboration with chemist Otto Hahn working on radioactive substances. They discovered nuclear fission in 1938, just when Meitner’s Jewishness forced her to flee Nazi Germany for Sweden. Unjustly, Hahn never acknowledged her equal contribution to the discovery when he was awarded the Nobel Prize in 1945. This sensitive biography helps right a historical wrong.
Lise Meitner (1878-1968) was a pioneer of nuclear physics and co-discoverer, with Otto Hahn and Fritz Strassmann, of nuclear fission. Braving the sexism of the scientific world, she joined the prestigious Kaiser Wilhelm Institute for Chemistry and became a prominent member of the international physics community. Of Jewish origin, Meitner fled Nazi Germany for Stockholm in 1938 and later moved to Cambridge, England. Her career was shattered when she fled Germany, and her scientific reputation was damaged when Hahn took full credit - and the 1944 Nobel Prize - for the work they had done together on nuclear fission. Ruth…
I am a physics professor at the Georgia Institute of Technology in Atlanta. Ten years ago, I switched my research focus from solid-state physics to the history of that subject. This was fertile ground because professional historians of science had almost completely ignored solid-state physics. I began my new career by writing two journal articles about the physicist Walter Kohn and his discovery of what became the most accurate method known to calculate the properties of solids. This experience led me to broaden my perspective and ultimately produce a biography of the theoretical physicist Philip Anderson. My next book will be a historical-sociological study of self-identity and disciplinary boundaries within the community of physicists.
This biography brings fully to life the multi-faceted Austrian physicist Erwin Schrödinger. Although best known as the co-inventor of quantum mechanics, he later wrote a book calledWhat is Life which inspired many physicists to apply their talents to biology. Moore gives a full account of Schrödinger’s upbringing, his education, his science, and his extensive philosophical writings. You can judge for yourself if Moore is persuasive when he argues that the erotic intensity of several of Schrödinger’s extramarital affairs helped fuel and found expression in some of his specific scientific achievements.
Erwin Schroedinger was a brilliant and charming Austrian, a great scientist, and a man with a passionate interest in people and ideas. In this, the first comprehensive biography of Schroedinger, Walter Moore draws upon recollections of Schroedinger's friends, family and colleagues, and on contemporary records, letters and diaries. Schroedinger's life is portrayed against the backdrop of Europe at a time of change and unrest. His best-known scientific work was the discovery of wave mechanics, for which he was awarded the Nobel prize in 1933. However, Erwin was also an enthusiastic explorer of the ideas of Hindu mysticism, and in the…
I am a physics professor at the Georgia Institute of Technology in Atlanta. Ten years ago, I switched my research focus from solid-state physics to the history of that subject. This was fertile ground because professional historians of science had almost completely ignored solid-state physics. I began my new career by writing two journal articles about the physicist Walter Kohn and his discovery of what became the most accurate method known to calculate the properties of solids. This experience led me to broaden my perspective and ultimately produce a biography of the theoretical physicist Philip Anderson. My next book will be a historical-sociological study of self-identity and disciplinary boundaries within the community of physicists.
The brilliant and enigmatic Robert Oppenheimer was the man who led the effort to create the atomic bomb at Los Alamos during World War II. I value this biography because author Ray Monk does full justice to his subject’s science—the science that put Oppenheimer’s Berkeley research group at the center of American theoretical physics in the 1930s. Best of all, Monk’s elegant writing makes even familiar episodes come alive. I felt I was watching a car crash in slow motion as I read how Oppenheimer’s complex personality and political naivete led him to underestimate his political enemies and wind up stripped of his security clearance and his influence as a government advisor.
An unforgettable story of discovery and unimaginable destruction and a major biography of one of America’s most brilliant—and most divisive—scientists, Robert Oppenheimer: A Life Inside the Center vividly illuminates the man who would go down in history as “the father of the atomic bomb.” Oppenheimer’s talent and drive secured him a place in the pantheon of great physicists and carried him to the laboratories where the secrets of the universe revealed themselves. But they also led him to contribute to the development of the deadliest weapon on earth, a discovery he soon came to fear. His attempts to resist the…
Tamim Ansary is the son of an Afghan father and an American mother. As a writer, growing up in Afghanistan and growing old in America has drawn him to issues that arise from cultural confusion in zones where civilizations overlap. His books include histories and memoirs, which he considers two sides of the same coin: a memoir is history seen up close, history is memoir seen from a distance. Much of his work explores how perspective shapes perceptions of reality—a central theme of his best-known book, Destiny Disrupted, A History of the World Through Islamic Eyes.
Yes, yes, history is an unbroken river of themes, but it’s also a chain of pivotal dramatic episodes. Dolnick gives us one such moment. In 17th century Europe, within two generations, a collection of brilliant oddballs invented science. They’re people, so they’re doing the sorts of things people do, elbowing and shoving one another to find the ultimate truth before the other guy. I appreciate that in the course of reading such a wonderfully enjoyable story, I somehow learn a great deal about the truth they were seeking, the underlying mathematical order of the universe in which they believed.
“Edward Dolnick’s smoothly written history of the scientific revolution tells the stories of the key players and events that transformed society.” — Charlotte Observer
From New York Times bestselling author Edward Dolnick, the true story of a pivotal moment in modern history when a group of strange, tormented geniuses—Isaac Newton chief among them—invented science and remade our understanding of the world.
At a time when the world was falling apart— in an age of religious wars, plague, and the Great Fire of London—a group of men looked around them and saw a world of perfect order. Chaotic as it looked,…
My dad was a Nobel Prize-winning particle physicist who co-discovered the muon neutrino, a particle whose existence was first explained by Fermi. I am not a physicist myself but grew up around physicists and have always been fascinated by them and was lucky to have met many of the great 20th century physicists myself – through my father. My family background enabled me to know these great scientists not only as scientists but as people.
Dirac was one of the creators of modern quantum physics. His theoretical contributions are astonishing in their insights and their power. He was, as the title says, a very strange man: painfully shy, laconic in the extreme, and socially awkward. He spoke so rarely that his colleagues at Cambridge used to joke that “a dirac” was a unit of measurement equal to one word an hour. Farmelo is a fine writer and gives a lay reader a deep understanding of why Dirac is considered such a giant in the field.
Paul Dirac was among the greatest scientific geniuses of the modern age. One of Einstein's most admired colleagues, he helped discover quantum mechanics, and his prediction of antimatter was one of the greatest triumphs in the history of physics. In 1933 he became the youngest theoretician ever to win the Nobel Prize in Physics. Dirac's personality, like his achievements, is legendary. The Strangest Man uses previously undiscovered archives to reveal the many facets of Dirac's brilliantly original mind.
It’s great for me, personally, that queermeans both strangeand gay, in some way, because I’m both. I love writing stories that are zany, bizarre, and supernatural, but still grounded in the real world; giving detail to the strangeness makes it feel more real, like something that could have happened to a friend of a friend. I’m particularly moved by stories that work on both the literal and metaphorical level – being a werewolf is a metaphor for being queer and chronically ill, but my werewolf, Brigid, is also a chronically ill lesbian. Here are five of my favorite books that capture both definitions of the word queer.
Natasha Pulley’s grounded historical novel marries detailed research of late-19th-century England and Japan with something stranger and more fantastical – but these elements together heighten the narrative. Clerk Thaniel Steepleton’s relationship with clockwork-maker Keita Mori centers the story – they change one another in ways that even fate can’t completely anticipate. There’s a lot of tenderness between them, and it captures the way that falling in love can feel like meeting someone again, instead of for the first time. Also, there’s a pet clockwork octopus. That’s vital.
SHORTLISTED FOR THE AUTHORS' CLUB BEST FIRST NOVEL AWARD 2016
SHORTLISTED FOR THE BETTY TRASK PRIZE 2016
FINALIST FOR THE LOCUS FIRST NOVEL AWARD 2016
An International Bestseller - A Guardian Summer Read - An Amazon Best Book of the Month - A Goodreads Best Book of the Month - A Buzzfeed Summer Read - A Foyles Book of the Month - AHuffington Post Summer Read - A Yorkshire Post Book of the Week
In 1883, Thaniel Steepleton returns to his tiny flat to find a gold pocketwatch on his pillow. But he has worse fears than generous burglars; he…
I am the co-founder and current owner of The Manhattan Rare Book Company. I’ve been in the rare book business for 25 years, specializing in the history of science with particular emphasis on material relating to Albert Einstein. Like many people, I’ve long been drawn to Einstein, attracted by his wisdom, curiosity, personality, approachability, and general decency.
This is probably the book I study the most when researching Einstein. Although comprehensive in scope, it is still easy to navigate, with clear chapter headings that allow the reader to find information quickly. While many people hear the word "encyclopedia" and expect dry and dull prose, that is not the case here, for it is a book designed to be read, not merely consulted. Near the end of the book, there is a chronological list of Einstein's papers with concise descriptions. This is a gift to anyone interested in Einstein's scientific life, since the authors make even the most difficult of Einstein's papers seem approachable.
This is the single most complete guide to Albert Einstein's life and work for students, researchers, and browsers alike. Written by three leading Einstein scholars who draw on their combined wealth of expertise gained during their work on the Collected Papers of Albert Einstein, this authoritative and accessible reference features more than one hundred entries and is divided into three parts covering the personal, scientific, and public spheres of Einstein's life. An Einstein Encyclopedia contains entries on Einstein's birth and death, family and romantic relationships, honors and awards, educational institutions where he studied and worked, citizenships and immigration to America,…
I inherited a love of ‘noir’ from my father. I’m not ashamed to say that Casablanca and The Maltese Falcon are my favourite movies. I’m Scottish born, and read John Buchan as a child. I am drawn to stories that combine fast adventure with dark threats. Some years ago, we visited Tromsø and I was inspired to quit journalism and write a book filled with all my favourite ingredients. Half Life is a pre-war ‘noir’ thriller based on authentic scientific detail, researched and supplied by my husband Rob, a chemistry professor with a passion for planes. I now know more about thorium, nuclear reactors, and seaplanes than I ever thought possible.
One rainy day in 1930s Paris, a copywriter decided to write a thriller and devised a tale about the nuclear bomb, Nazi scientists, and a mysterious Balkan country. This sounds like the start of a novel, but it is the real-life birth of master storyteller Eric Ambler’s first book. A curmudgeonly English physicist is invited to corroborate the nuclear formula, but then... the twist. He is concussed in a car accident and awakes convinced that he is now a super-spy, one Carruthers, who takes on the forces of evil with a Bond-like nonchalance.
Is the book a parody of earlier spy novels? Perhaps Ambler is seduced by the cleverness of his own story. I don’t actually care. It remains a satisfyingly imaginative tale about the role of science in war, all written in a witty, gritty style that sets the tone for many enjoyable books and films to come.
The Dark Frontier launched Eric Ambler’s five-decade career as one of the most influential thriller writers of our time.
England, 1935. Physicist Henry Barstow is on holiday when he meets the mysterious Simon Groom, a representative for an armaments manufacturer. Groom invites the professor to Ixania, a small nation-state in Eastern Europe whose growing weapons program threatens to destabilize the region. Only after suffering a blow to the head—which muddles his brain into believing he is Conway Carruthers, international spy—does the mild-mannered physicist agree to visit Ixania. But he quickly recognizes that Groom has a more sinister agenda, and Carruthers…
By the time I was a high-school junior I knew I wanted to be a physicist. As a graduate student in 1950, as the Cold War was heating up, I joined the relatively small team that designed the first hydrogen bomb and got to work with some of the giants of 20th-century physics. It’s been a pleasure to read about this subject as well as to write about it.
Jeremy Bernstein is both an accomplished theoretical physicist and a skilled writer. He has published numerous scientific papers, written insightful articles in the New Yorker, and written many books that engagingly explain technical matters. He knew Robert Oppenheimer at the Institute for Advanced Study when Bernstein was a junior scholar there, and “Oppie” was the Institute’s Director.
It is an illuminating portrait, although not an in-depth biography. I know Bernstein as a fellow physicist and have served as a developmental editor on two of his books (although not this one).
As a former colleague of Oppenheimer's, Jeremy Bernstein has written a biographical profile that is both personal and historical, bringing the reader close to the life and workings of an extraordinary and controversial man. Without Oppenheimer's totally remarkable leadership at Los Alamos, the atomic bomb would not have happened, and World War II would have ended very differently. Bernstein, combining the grace of a New Yorker writer with the insight of a theoretical physicist, draws a fine and fascinating portrait. -Arthur Schlesinger, Jr.
