Five Days in August — remembering the bombings of Hiroshima and Nagasaki

On August 6 and 9, 1945, 70 years ago this week, the terrifying images of mushroom clouds rising over devastated cities were seared into the public consciousness. Atomic bombs, the result of an unprecedented collaboration between some of the greatest scientific minds of their generation, had decimated the Japanese cities of Hiroshima and Nagasaki. Tens of thousands of civilians were killed instantly, and in the days and months that followed, thousands more would suffer and die from radiation sickness and burns. The shocking display of military power and the vast human toll was unlike anything the world had seen. Whatever “nuclear” meant prior to August 6, it entered the lexicon that day as a term synonymous with uncontrolled destruction.

Five Days in AugustMost Americans believe that the Second World War ended because the two atomic bombs dropped on Japan forced it to surrender. But according to Michael Gordin’s  Five Days in August, (now available in e-book), the allied military did not clearly understand the atomic bomb’s revolutionary strategic potential. In fact, they were unsure whether the bombs would explode at all. But in the wake of the blasts and unparalleled ruin that did in fact occur, in the minds of many, physics became the science of war.

An interesting Princeton University Press historical note from Nature.com:

On the evening of 11 August 1945, just two days after the bombing of Nagasaki, the US government released Smyth’s 200-page document under the ponderous title, ‘A General Account of Methods of Using Atomic Energy for Military Purposes under the Auspices of the United States Government, 1940–1945’. Quickly dubbed ‘the Smyth report’, copies flew off the shelves. The original Government Printing Office edition ran out so quickly that Princeton University Press published its own edition late in 1945, under the more manageable title, Atomic Energy for Military Purposes, which sold more than 100,000 copies in a year.

The information contained in the Smyth report was heavily restricted for security reasons. But in a post-war and early cold war climate, atomic secrets were a hot commodity. Even today without the apocalyptic dread of The Day After, nuclear power remains a political and military preoccupation, as nations face the threat of terrorism, the problem of waste, and the danger of meltdown.

Gordin writes in Five Days in August, “Each generation has grappled intensely and repeatedly with understanding the implications of nuclearism for its future, but the struggle has always been caught  in terms fixed, as if in amber, with the speed and suddenness with which World War II ended.” For more on the moral questions left in the wake of these five days, and a look at the confused final months of World War II, sample Chapter 1, titled Endings, here.

To celebrate the 100th anniversary of Albert Einstein’s theory of general relativity, Princeton University Press launches books by Hanoch Gutfreund and Jürgen Renn

The Road to RelativityOn July 15th, Princeton University Press proudly launched two books by Professor Hanoch Gutfreund and Jürgen Renn, Relativity and The Road to Relativity, at the 14th Marcel Grossman meeting on relativistic physics in Rome.

The two books are being published to celebrate the 100th anniversary of Albert Einstein’s formulation of the theory of general relativity in 1915, and so it was fitting to launch them at a conference that demonstrates the ongoing influence of Einstein’s theory on cutting edge work on black holes, pulsars, quantum gravity, and other areas fundamental to our understanding of the universe.

The launch took place at the Besso Foundation, the family home of Albert Einstein’s friend and colleague, Michele Besso, during an exhibition, organized by Professor Gutfreund, of original Einstein letters and notebooks from the Albert Einstein Archives at the Hebrew University in Jerusalem.

relativity jacketMore than 150 distinguished physicists and invited guests, including the Chief Rabbi of Rome, Riccardo di Segni, and members of the Besso and Grossman families, listened to Professor Gutfreund and Professor Renn provide a compelling overview of their research and of the new insights it has brought to the history of the development of general relativity. Professor Gutfreund stressed the fundamental insights into Einstein’s work provided by the rich Archives in Jerusalem, while Renn dismissed the notion of Albert Einstein as an isolated and idiosyncratic genius, stressing his network of collaborators and colleagues, including Besso.

 

Renn and Gutfreund

Professor Hanoch Gutfreund and Jürgen Renn at the book launch in Rome

Photo from Renn and Gutfreund launch

Launch for Relativity and The Road to Relativity, at the 14th Marcel Grossman meeting on relativistic physics in Rome

 

Happy Birthday to Nikola Tesla

j9941Nikola Tesla was born on this day in 1856. Here are 10 facts from Tesla: Inventor of the Electrical Age by W. Bernard Carlson:

1. Tesla has two meanings in Serbian: it can refer to a small ax called an adze or to a person with protruding teeth, a common characteristic of people in Nikola Tesla’s family.

2. The night Tesla was born there was a severe thunderstorm. The fearful midwife said, “He’ll be a child of the storm.” His mother responded, “No, of light.”

3. Initially Tesla wanted to be a teacher, but he switched to engineering in his second year at Joanneum Polytechnic School in order to work on building a spark-free motor.

4. One of his favorite hobbies was card-playing and gambling. “To sit down to a game of cards, was for me the quintessence of pleasure.”

5. When Tesla came to New York for the first time after living in Prague, Budapest, and Paris, he was shocked by the crudeness and vulgarity of Americans.

6. In 1886, Tesla was abandoned by his business partners and could not find work—he took a job digging ditches to get by. A patent he filed that year for thermomagnetic motor helped him get back on his feet.

7. In April of 1887, he formed the Tesla Electric Company with his two business partners, Alfred S. Brown and Charles F. Peck. His first lab was located in New York’s financial district.

8. Mark Twain was a good friend of Tesla’s.

9. Tesla suffered from periodic bouts of depression. He treated it by administering electroshock therapy to himself.

10. Tesla told a reporter that he did not want to marry because he thought it would compromise his work. He did not have any known relationships with women.

If you would like to learn more, you can preview the introduction of Tesla: Inventor of the Electrical Age.

Jurassic World Giveaway

In honor of today’s release of Jurassic World, the much anticipated-sequel to Jurassic Park, we’re giving away a special ‘prehistoric package’ of three books to three lucky winners!

They are:

How to Clone a Mammoth by Beth Shapiro

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Shapiro spoke to The Telegraph recently on the science of de-extinction and how it can be used to save animals that are endangered today, possibly in Pleistocene Park, a real-life Jurassic Park in Siberia. To learn more, you can loop back to this post.

 

 

 

The First Fossil Hunters by Adrienne Mayor

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In The First Fossil Hunters, Mayor shows us that many mythological creatures of the past, including Griffins, Cyclopses, Monsters, and Giants, are in fact based on creatures that used to exist. The ancients knew that different creatures once inhabited the earth, and they came up with sophisticated theories to explain the fossils they found. These first paleontologists are studied in detail in Mayor’s book.

 

 

 

What Bugged the Dinosaurs by George Poinar & Roberta Poinar

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Today, we think of the T. Rex as the most ferocious carnivore of the Cretaceous period. However, the Poinars, whose research inspired Jurassic Park, show us that many insects of the time could be just as deadly and that they played a significant role in the demise of the dinosaurs.

 

 

 

To enter, please follow the directions in the box below. The entry period ends June 25, 2015.

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Q&A with Scott L. Montgomery & Daniel Chirot, authors of The Shape of the New: Four Big Ideas and How They Made the Modern World

Scott L. Montgomery and Daniel Chirot, both of the University of Washington, recently sat down for a Q&A on their new book, The Shape of the New: Four Big Ideas and How They Made the Modern World. Read on to learn what these four Enlightenment ideas are, and why they remain so important to the understanding of the ideological and political conflicts of our own time.

The Shape of the New jacketWhy are ideas so important to the history of the modern world and also to understanding so much of the contemporary world?

Many of our social, cultural, and political perceptions have been shaped by big ideas first argued by long dead intellectuals.  For example, Thomas Jefferson and Alexander Hamilton’s argument on the shape of democracy more than 200 years ago continues to play out today in American debates over the size and scope and purpose of government.

Why use the term ‘ideas’ rather than ideology?

Ideology refers largely to already fixed, hardened positions about certain policy choices. The ideas we cover were much broader.  The leading intellectuals who developed them understood many of the conflicting arguments and knew they had to argue their positions in order to have any lasting influence.

What are the “Four Big Ideas” of the title, and why do you focus on them?

Our focus is not on single concepts but entire systems of thought that have affected every level of social experience. Adam Smith wrote about the freedom that individuals must have to decide their material and moral lives and that, if attained, would create the most efficient, prosperous, and free society. Marx spoke of universal equality for humanity, a just and egalitarian world that would arrive due to scientific laws governing history. Darwin took evolution and turned it into a scientific theory of enormous force:  with natural selection as its main mechanism, it gave all life a secular history and human beings a new context liberated from ancient traditions of religious purpose and final principles. Finally, modern democracy gained its first major success through the founders of the United States, most notably Thomas Jefferson and Alexander Hamilton, two brilliant but flawed men whose fierce debates set down essential patterns for how to imagine and institutionalize this new political system that has spread throughout large portions of the world.

You seem to suggest that the most powerful ideas have come from the Enlightenment and mainly from areas like political philosophy, economics, and theories of society or history? Is this correct?

Yes, partly but not political, economic, and social thought alone. Ideas of vital, even extraordinary influence also emerged in the 18th and 19th centuries from the sciences and from religious thought, as shown in our discussion of Darwin and religious fundamentalism in Christianity and Islam. Other domains of thought, such as art and literature, played major roles in the shaping and movement of key ideas.

What are some examples of what you call the “Counter Enlightenment”?

Some hostility came from organized religions that resisted the Enlightenment’s defense of freedom of thought and skepticism about fixed dogma. Much also came from elites opposed to democratization and increased freedom for everyone.  This Counter-Enlightenment has never gone away. Fascism and communism were based on powerful ideas that rejected much of the Enlightenment. Religious opposition remains in some fervent Christian denominations and  in radical Islam there remains bitter hostility to much of modern science and to any questioning of holy texts and authority. Rather than witnessing the continuing expansion of democracy and greater individual freedom that seemed to characterize the late 20th century, some governments, not least China and Russia, reject that side of the Enlightenment and propose instead illiberal forms of autocracy as better alternatives.

What does this have to do with the humanities and social sciences?

We strongly feel that college and university education no longer insists enough on the importance of teaching the ideas on which free, dynamic societies are based. To resist the paranoia about threats coming from all sorts of poorly understood sources we have to reaffirm the importance of the great ideas that shaped so much that we value, and make it known how those ideas were used to combat ignorance and opposition to freedom. Ultimately it is imperative that we understand the ideas that oppose what we value so that we are better equipped to fight against them.

Scott L. Montgomery is an affiliate faculty member in the Henry M. Jackson School of International Studies at the University of Washington. His books include Does Science Need a Global Language?: English and the Future of Research. Daniel Chirot is the Herbert J. Ellison Professor of Russian and Eurasian Studies at the University of Washington. His books include Why Not Kill Them All?: The Logic and Prevention of Mass Political Murder (Princeton). They both live in Seattle.

History & Philosophy of Science 2015 Catalog

Our History & Philosophy of Science 2015 catalog is now available.

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Click here to download

Be sure to check out The Quotable Feynman, a collection of about 500 quotations from Nobel Prize-winning physicist Richard P. Feynman (1918-88), compiled by his daughter, Michelle Feynman. Read it cover-to-cover or flip to a specific section, from childhood to religion, from family to politics.

Looking for a comprehensive and authoritative guide to everything Albert Einstein? An Einstein Encyclopedia is your indispensible resource. The book contains entries on a range of topics, including his romantic relationships, hobbies, educational affiliations, and friends. Written by three leading Einstein scholars, researchers and those with a casual curiosity alike will find much to interest them. And don’t forget to scroll to page 3 of the catalog for a wealth of additional Einstein-related titles, including Relativity: 100th Anniversary Edition and Einstein and the Quantum.

Finally, the richly illustrated Mathematics and Art is written by Lynn Gamwell, a cultural historian of both topics. Gamwell shows how mathematics and art have informed and influenced one another from antiquity to the present.

We invite you to look through our catalog and learn about many more new titles in History & Philosophy of Science.

If you’d like updates on new titles sent directly to your inbox, subscribe here.

A Mere Philosopher?

The Physicist and the Philosopher by Jimena CanalesOn the 6th of April, 1922, two men met at the Société française de philosophie to discuss relativity and the nature of time. One was the winner of the previous year’s Nobel Prize in Physics, Albert Einstein, renowned for a series of extraordinary innovations in scientific theory. The other was the French philosopher, Henri Bergson. In The Physicist and the Philosopher, Jimena Canales recounts the events of that meeting, and traces the public controversy that unfolded over the years that followed. Bergson was perceived to have lost the debate and, more generally, philosophy to have lost the authority to speak on matters of science.

Perhaps the greatest evidence of that loss is that it is hard to imagine an equivalent meeting today, the great physicist and the great philosopher debating as equals. While the physical sciences enjoy unprecedented prestige and funding on university campuses, many philosophy departments face cutbacks. Yet less than a century ago, Henri Bergson enjoyed enormous celebrity. His lecture at Columbia University in 1913 resulted in the first traffic jam ever seen on Broadway. His work was translated into multiple languages, influencing not only his fellow philosophers but also artists and writers (Willa Cather named one of her characters after Bergson). His writings on evolutionary theory earned him the condemnation of the Catholic Church. Students were crowded out of his classes at the Collège de France by the curious public.

The young Bergson showed promise in mathematics, but chose instead to study humanities at the École Normale. His disappointed math teacher commented “you could have been a mathematician; you will be a mere philosopher” — a harbinger of later developments? Einstein and his supporters attacked Bergson’s understanding of relativity and asserted that philosophy had no part to play in grasping the nature of time. Bergson countered that, on the contrary, it was he who had been misunderstood, but to no avail: the Einstein/Bergson debate set the tone for a debate on the relationship between philosophy and the sciences that continues to this day. At a recent roundtable discussion hosted by Philosophy Now, biologist Lewis Wolpert dismissed philosophy as “irrelevant” to science. In this, do we hear an echo of Einstein’s claim that time can be understood either psychologically or physically, but not philosophically?

Win a copy of Relativity: 100th Anniversary Edition by Albert Einstein through Corbis!

We are teaming with Corbis Entertainment to offer this terrific giveaway through their official Albert Einstein Facebook page. Contest details below, but please head over to the “official Facebook page of the world’s favorite genius” to enter!

Enter for a chance to win a FREE COPY of “Relativity: 100th Anniversary Edition” by Albert Einstein!

Alan Turing’s handwritten notebook brings $1 million at auction

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Alan Turing: The Enigma

Old journals can be fascinating no matter who they belong to, but imagine looking over the old notebook of the mathematician credited with breaking German codes during WWII.

The Associated Press and other venues reported that a handwritten notebook by British code-breaker Alan Turing, subject of the 2014 Oscar-winning film “The Imitation Game,” a movie based on our book, Alan Turing: The Enigma, brought more than $1 million at auction from an anonymous buyer on Monday. Originally given to Turing’s mathematician-friend Robin Gandy, the notebooks are thought to be the only ones of their kind, and contain Turing’s early attempts to chart a universal language, a precursor to computer code. (In an interesting personal wrinkle, Gandy had used the blank pages for notes on his dreams, noting that, “It seems a suitable disguise to write in between these notes of Alan’s on notation, but possibly a little sinister; a dead father figure, some of whose thoughts I most completely inherited.”)

Andrew Hodges, author of Alan Turing: The Enigma, commented that “the notebook sheds more light on how Turing ‘remained committed to free-thinking work in pure mathematics.'” To learn more about the life of Turing, check out the book here.

Princeton University Press’s best-selling books for the last week

These are the best-selling books for the past week.

Alan Turing: The Enigma, The Book That Inspired the Film The Imitation Game by Andrew Hodges
The Original Folk and Fairy Tales of the Brothers Grimm edited by Jack Zipes
Irrational Exuberance: Revised and Expanded Third edition by Robert J. Shiller
Mastering ’Metrics: The Path from Cause to Effect by Joshua D. Angrist & Jörn-Steffen Pischke
1177 BC: The Year Civilization Collapsed by Eric H. Cline
Mostly Harmless Econometrics: An Empiricist’s Companion by Joshua D. Angrist & Jörn-Steffen Pischke
On Bullshit by Harry Frankfurt
How to Solve It: A New Aspect of Mathematical Method by G. Polya
Privilege: The Making of an Adolescent Elite at St. Paul’s School by Shamus Rahman Khan
The Age of the Crisis of Man: Thought and Fiction in America, 1933–1973 by Mark Greif

Frank Wilczek to edit The Princeton Companion to Physics

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Source: MIT Department of Physics, http://web.mit.edu/physics/people/faculty/wilczek_frank.html

Princeton University Press is honored and excited to announce that Frank Wilczek (Herman Feshbach Professor of Physics at MIT) will be Volume Editor of the forthcoming Princeton Companion to Physics. Wilczek is co-recipient (with David Gross and H. David Politzer) of the 2004 Nobel Prize in Physics for the discovery of asymptotic freedom. He is also the author of Longing For the Harmonies (Norton, 1987; New York Times Notable Book of the Year) and The Lightness of Being (Basic Books, 2010).

Following on the models of The Princeton Companion to Mathematics (Timothy Gowers, Ed.) and The Princeton Companion to Applied Mathematics (forthcoming, Nicholas Higham, Ed.), this single-volume, carefully curated collection of well-written essays will present the big and essential themes of research in the various areas comprising the physical sciences.

Ingrid Gnerlich, Science Group Publisher and the commissioning editor of the work, comments: “A unique feature of this type of Companion volume is the very special intellectual vision of the Volume Editor, in terms of how the scope, philosophy, and level of the content are articulated and executed. We feel that Prof. Wilczek will offer this project a rare depth and breadth of insight and perspective, combined with a sensitivity for graceful and accessible language, which will make this book a ‘must have’ for a wide readership of physics students, professional physicists and other scientists, and even an array of sophisticated general readers. We anticipate this book to be an example of the very best type of Princeton publication— a superb volume that guides, inspires, and enlightens.”

The anticipated publication date for The Princeton Companion to Physics is 2018.

 

Watch Diana Buchwald, editor of The Collected Papers of Albert Einstein, introduce The Digital Einstein Papers

Explore The Digital Einstein Papers for yourself: http://einsteinpapers.press.princeton.edu


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