The Digital Einstein Papers: An Open Access Story

EinsteinA year ago in December, Princeton University Press rolled out an unprecedented open access initiative: the ongoing publication of Einstein’s massive written legacy comprising more than 30,000 unique documents. The Digital Einstein Papers, one of the most ambitious publishing projects ever undertaken, launched to widespread fanfare from the scientific, publishing, and tech communities, with enthusiastic coverage from The New York Times, (which hailed the papers as “the Dead Sea Scrolls of Physics”), to Inside Higher Ed, The Guardian, and far beyond. You can watch Diana Buchwald, editor of The Collected Papers of Albert Einstein, launch The Digital Einstein here.

A year out, what has the success looked like in terms of traffic? Ken Reed, Digital Production Manager at Princeton University Press takes us behind the scenes:

The Digital Einstein Papers site launched on 5 December 2014, and in the past year has had over 340,000 sessions, with over 3.2 million pageviews.

Site traffic has been worldwide, with the top five countries in order being the United States, Germany, India, Canada, and Brazil. The site is mobile optimized, especially for the iOS, which accounts for 50% of mobile traffic to the site. This is vital for global users, since by some accounts the mobile share of web traffic is now at 33% globally.

The Papers features advanced search technology and allows users to easily navigate between the original languages in which the texts were written and their English translation, as well as extensive supplementary material. But the Press is always looking to make technological improvements. In the past year, Princeton University Press has worked closely with the developer, Tizra, to monitor traffic and continually tweak display issues, especially around mobile devices. We have recently added a news tab, and the future will hold more enhancements to the site, including added functionality for the search results, and the addition of a chronological sort.

At present, the site presents 13 volumes published by the editors of the Einstein Papers Project, with a 14th slated to go online in 2016. Here is just a sampling of the included documents:

“My Projects for the Future” — In this high school French essay, a seventeen-year-old Einstein describes his future plans, writing that “young people especially like to contemplate bold projects.”

Einstein’s first job offer — Einstein graduated from university in 1900, but had great difficulty finding academic employment. He received this notice of his appointment as a technical clerk at the Swiss Patent Office in June 1902 and would later describe his time there as happy and productive.

“On the Electrodynamics of Moving Bodies” — Einstein’s 1905 paper on the special theory of relativity is a landmark in the development of modern physics.

Keep an eye on this exciting open access project as it evolves in 2016 and beyond. Explore for yourself here.

Economist Diane Coyle on the role of the global University Press

We were thrilled to see that noted economist Diane Coyle mentioned Princeton University Press in a new post on her blog, The Enlightened Economist that touches on the role of the globalized university press, the coming “disruption” in higher education, and open access:

Last week I attended the European Advisory Board meeting of Princeton University Press, the theme of the discussion being the role of university presses in the globalized 21st century. A while ago Sam Leith had an interesting article in the Guardian praising university presses for their stewardship of non-fiction publishing at a time when many commercial publishers have become fearful ‘me-too’ merchants. It could seem paradoxical: the university presses’ freedom from short term commercial pressure has created the conditions for longer term success, at least for some. Happily, Princeton University Press is one of those that’s thriving. There is a huge appetite for ideas, and the scholarly presses publishing books that address a wider audience than only academics and their libraries have been there to meet it. The appetite is also global, and again a small group of university presses have addressed the global market (much of PUP’s recent growth has been outside its home market in the US).

The other question is what will the ‘university’ part of ‘global university press’ look like in a decade or two? Higher education is ripe for disruption. It seems clear now this will not take the form of MOOCs, although they will have their market. Yet who knows what shape exactly it will take. One of my advisory board colleagues suggested publishing could be able to provide the true interdisciplinarity modern global issues require, whereas traditional university departmental silos discourage it. My hunch is that keeping a clear focus on the ‘product’ being the provision of ideas and scholarship to readers of all kinds around the world, and being agnostic about the exact means of delivering those ideas, will be the way to ride out disruptive technologies. A ‘freemium’ approach looks a good bet too: for example, the open access Digital Einstein website alongside the Quotable Einstein along with many other of his books for sale. (I note by the way there’s a holiday discount at the moment on purchases via the PUP website!)

My latest three books have been published by Princeton, and I’m delighted to be associated with such a distinguished purveyor of ideas to the world.

Thanks, Diane! Suffice to say, we’re delighted too. Read more on The Enlightened Economist.


Diane Coyle is the author of a number of books, including GDP: A Brief but Affectionate History, The Economics of Enough and The Soulful Science: What Economists Really Do and Why It Matters (both Princeton). She holds a PhD in economics from Harvard and is a visiting research fellow at the University of Oxford’s Smith School of Enterprise and the Environment.


Conversations on Climate: Paul Wignall says climate crisis is nothing new

NEW climate pic

Climate Change: We’ve Been Here Before
by Paul Wignall

The world’s climate is always changing and always has. Even during the past few centuries we have seen substantial variations, but only recently have we begun to blame ourselves for them. But how much natural variability is there, and just how extreme can climate change be? To gain some longer-term perspective on the climate’s variability we can look back through geological time, particularly at catastrophic events known as mass extinctions. In my recent book, The Worst of Times, I focus on an 80 million year interval when life on Earth suffered one disaster after another. These catastrophes included the Permo-Triassic mass extinction, the worst crisis that life has ever faced. It is not very reassuring to find that these extinctions all coincide with intervals of rapid global warming.

rocks from Permian-Triassic boundary in Guizhou

Sedimentary rocks from the Permian-Triassic boundary in Guizhou Province, SW China that record evidence for the greatest of all mass extinctions.

So, are we all going to hell in a hand basket? Well, probably not just yet. The story from the past is much more nuanced than this and I believe there is substantial hope that all is not so bad today. The reason is that the worst 80 million years happened a long time ago and more recently (in the past 100 million years) things have got a lot better. At one time all the world’s continents were joined together into a single supercontinent called Pangea. This seems to have created a global environment that was very fragile. Every time there was a phase of giant volcanic eruptions in Pangea, climates changed rapidly, the oceans stagnated and life began to suffer. The cause seems to be not the actual lava flows themselves, although these were very large, but the gases that bubbled out of them, especially carbon dioxide, everyone’s (not so) favorite greenhouse gas. As I explain in my book the effects of these gases on climate and oceans changed global environments in a disastrous way. Rapid increases in global temperature were part of the story and the results were some of the hottest climates of all time. The results for life were profound; dominant groups went extinct and new groups appeared only to have their brief hegemony terminated by the next disaster. By the time these waves of extinction were over the dinosaurs were the newest kids on the block. They went on to thrive and get very large whilst scurrying around at their feet were a group of small furry creatures. These were the mammals and they would have to wait a long time for their turn.

basalt flows

A landscape entirely made of giant basalt flows from the Permian Period, Yunnan Province, SW China.

Dinosaurs were the dominant animals on Earth for over 140 million years and it is often thought that they were somehow competitively successful but I think they were just very lucky. They appeared at a time when the Earth was rapidly getting better at coping with climatic changes caused by giant volcanism. There were plenty of episodes of large-scale eruptions during the time of the dinosaurs and none caused major extinctions. The key thing was that Pangea was splitting up and separate continents were forming – the familiar continents of today’s world. Such a world seems better able to cope with rapid increases in atmospheric gases because feedback mechanisms are more effective. In particular rainfall is more plentiful when the continents are small and nowhere is too far away from the sea. Rain scrubs the atmosphere and thus alleviates the problems.

However, the $64,000 question is how quickly this feedback can happen. The world seems better at doing this today than it was in deep time but maybe we are adding the carbon dioxide too fast to our atmosphere, maybe we are swamping the system? This is a hard question to answer, we’re not sure how much gas came out during the giant eruptions of the past and so it’s hard to directly compare with the present day pollution rates. What we do know is that past mega-eruptions have been remarkably damage-free. For over 100 million years, our world has been a benign place.

Oh, except for a remarkably large meteorite impact that was bad news for the dinosaurs, but that’s another story.

Wignall jacketPaul B. Wignall is professor of palaeoenvironments at the University of Leeds. He has been investigating mass extinctions for more than twenty-five years, a scientific quest that has taken him to dozens of countries around the world. The coauthor of Mass Extinctions and Their Aftermath, he lives in Leeds.

The Process Matters: Joel Brockner critiques Twitter’s most recent layoff method

Process Matters coverAccording to Joel Brockner, author of The Process Matters: Engaging and Equipping People for Success, an overemphasis on “results only” in the workplace is as widespread as it is detrimental. As Brockner aims to demonstrate in his opinion piece in Fortune magazine, the process managers use to reach their goals is itself critical. He critiques Twitter’s recent decision to block employee email accounts as a way of notifying staff of layoffs, while professing the highest respect and consideration for its employees. Brockner explains:

While the generous exit package may have been well-intended, the message of utmost respect fell by the wayside because the approach Twitter took was a process disaster… Given Twitter’s professed intentions, it seems that they could have found a more dignified way to tell people that they were being let go. But Twitter isn’t alone in process dysfunction.

Brockner continues to discuss the potential reasons for such a managerial mishap: perhaps the misstep isn’t obvious, or the managers are simply unaware of its unintended consequences. Yet he maintains that executives should prioritize improving managerial-employee processes, because ultimately the company will, “pay now or pay (a lot more) later.”

Read the full opinion piece in Fortune here.

Joel Brockner is the Phillip Hettleman Professor of Business at the Columbia Business School. He is the author of A Contemporary Look at Organizational Justice: Multiplying Insult Times Injury and Self-Esteem at Work, and the coauthor of Entrapment in Escalating Conflicts.

Conversations on Climate: Economists consider a hotter planet on PBS Newshour

NEW climate picIn Climate Shock, economists Gernot Wagner and Martin Weitzman tackle the likely prospect of a hotter planet as a risk management problem on a global scale. As 150 world leaders meet in Paris for the UN Conference on Climate Change, both took the time to speak to PBS Newshour about what we know and don’t know about global warming:

Everyone is talking about 2 degrees Celsius. Why? What happens if the planet warms by 2 degrees Celsius?

Martin L. Weitzman: Two degrees Celsius has turned into an iconic threshold of sorts, a political target, if you will. And for good reason. Many scientists have looked at so-called tipping points with huge potential changes to the climate system: methane being released from the frozen tundra at rapid rates, the Gulfstream shutting down and freezing over Northern Europe, the Amazon rainforest dying off. The short answer is we just don’t — can’t — know with 100 percent certainty when and how these tipping points will, in fact, occur. But there seems to be a lot of evidence that things can go horribly wrong once the planet crosses that 2 degree threshold.

In “Climate Shock,” you write that we need to insure ourselves against climate change. What do you mean by that?

Gernot Wagner: At the end of the day, climate is a risk management problem. It’s the small risk of a huge catastrophe that ultimately ought to drive the final analysis. Averages are bad enough. But those risks — the “tail risks” — are what puts the “shock” into “Climate Shock.”

Martin L. Weitzman: Coming back to your 2 degree question, it’s also important to note that the world has already warmed by around 0.85 degrees since before we started burning coal en masse. So that 2 degree threshold is getting closer and closer. Much too close for comfort.

What do you see happening in Paris right now? What steps are countries taking to combat climate change?

Gernot Wagner: There’s a lot happening — a lot of positive steps being taken. More than 150 countries, including most major emitters, have come to Paris with their plans of action. President Obama, for example, came with overall emissions reductions targets for the U.S. and more concretely, the Clean Power Plan, our nation’s first ever limit on greenhouse gases from the electricity sector. And earlier this year, Chinese President Xi Jinping announced a nation-wide cap on emissions from energy and key industrial sectors commencing in 2017.

It’s equally clear, of course, that we won’t be solving climate change in Paris. The climate negotiations are all about building the right foundation for countries to act and put the right policies in place like the Chinese cap-and-trade system.

How will reigning in greenhouse gases as much President Obama suggests affect our economy? After all, we’re so reliant on fossil fuels.

Gernot Wagner: That’s what makes this problem such a tough one. There are costs. They are real. In some sense, if there weren’t any, we wouldn’t be talking about climate change to begin with. The problem would solve itself. So yes, the Clean Power Plan overall isn’t a free lunch. But the benefits of acting vastly outweigh the costs. That’s what’s important to keep in mind here. There are trade-offs, as there always are in life. But when the benefits of action vastly outweigh the costs, the answer is simple: act. And that’s precisely what Obama is doing here.

Read the rest on the PBS Newshour blog.

Wagner coverGernot Wagner is lead senior economist at the Environmental Defense Fund. He is the author of But Will the Planet Notice? (Hill & Wang). Martin L. Weitzman is professor of economics at Harvard University. His books include Income, Wealth, and the Maximum Principle. For more, see and


Happy 100th Anniversary to Einstein’s General Theory of Relativity!

relativity jacketToday is the final day of our popular #ThanksEinstein series, in which an array of prominent scholars and scientists have shared their insights and reflections on relativity, Einstein, and how his work inspired their own careers. Scroll through this week’s blog posts to read pieces by Daniel Kennefick, Katherine Freese, Hanoch Gutfreund, Jürgen Renn, Alice Calaprice, Jimena Canales, J.P. Ostriker, and many more special features, including this piece on Einstein’s final days.

Einstein’s General Theory of Relativity celebrates its 100 year anniversary today. November 25, 1915, during a particularly strenuous time in his life, is when Einstein submitted his final version of the general theory of relativity to the Prussian Royal Academy, complete with the field equations that define how the force of gravity arises from the curvature of space and time by matter and energy. The theory, which is the current theory of gravitation in modern physics, has implications for everything from black holes to the idea of universe expansion. It gained rapid popularity after its conception in 1915, and in the early 1920s alone, it was translated into ten languages. Fifteen editions in the original German appeared over the course of Einstein’s lifetime.

Princeton University Press has released a special edition of Relativity: The Special and the General Theory to commemorate the anniversary, including commentary from Hanoch Gutfreund and Jürgen Renn, Einstein experts, as well as additional content such as title pages from several language translations. You can browse through them in the slideshow below. Happy 100th to the general theory of relativity! Science wouldn’t be the same without you.

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Relativity Title Page, English Edition

Relativity Title Page, Chinese Edition

Relativity Cover, Chinese 1921 Edition

Relativity Cover, Czech Republic 1923 Edition

Relativity Cover, German Edition

Relativity Title Page, Japanese Edition

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Was Einstein the First to Discover General Relativity?

Today the world celebrates the day 100 years ago that Albert Einstein submitted his final version of the general theory of relativity to the Prussian Royal Academy. A theory of gravitation with critical consequences, it completely transformed the field of theoretical physics and astronomy. Einstein has long been celebrated and popularized for his contribution, but some have continued to ask whether he was, in fact, the first to discover general relativity. Daniel Kennefick, co-author of An Einstein Encyclopedia, looks at the debate:

Einstein’s Race

By Daniel Kennefick

On November 25, 1915 Einstein submitted one of the most remarkable scientific papers of the twentieth century to the Prussian Academy of Sciences in Berlin. The paper presented the final form of what are called the Einstein Equations, the field equations of gravity which underpin Einstein’s General Theory of Relativity. Thus this year marks the centenary of that theory. Within a few years this paper had supplanted Newton’s Universal Theory of Gravitation as our explanation of the phenomenon of gravitation, as well as overthrown Newton’s understanding of such fundamental concepts as space, time and motion. As a result Einstein became, and has remained, the most famous and celebrated scientist since Newton himself.

EinsteinBut what if Einstein was not the first scientist to publish these famous equations? Should they be called, not the Einstein equations, but the Einstein-Hilbert equations, honoring also the German mathematician David Hilbert? In 1915, Einstein visited Hilbert in Gottingen, and Hilbert convinced him that the goal of a fully general relativistic theory was achievable, something Einstein had nearly convinced himself could not be done. Einstein returned to work, and by November, he had found the field equations which give General Relativity its final form. However, Hilbert also worked on the ideas Einstein had discussed with him and published a paper discussing how Einstein’s theory fitted in with his own ideas on the role of mathematics in physics.

The argument for honoring Hilbert lies in a paper written by him which included the Einstein equations, derived from fundamental principles. This paper, while appearing several months after Einstein’s, was submitted on November 20, and Hilbert even sent Einstein a copy which probably reached Einstein before he submitted his own paper. In fact, a few people have even gone so far as to propose that Einstein might have stolen the final form of his equations from Hilbert.

Of course even if that were true, we are talking only about one final term in the equations (Einstein had published a close to correct version earlier in the month) and to Einstein would still belong sole credit for the enormous amount of work which went into the argument by which equations with these unique properties were singled out in the first place. We would still recognize Einstein for the critical physical thinking, while acknowledging Hilbert’s superior mathematical ability in more quickly finding the final correct form of the equations. Still, perhaps Hilbert would deserve a share of the credit for that final step. Why then do the centenary celebrations mention Einstein only and omit Hilbert almost completely?

One reason is that in the late 1990s a historian working on Hilbert named Leo Corry made a remarkable discovery. He found a copy of the proofs of Hilbert’s paper, with a printers stamp dating it to December 6, 1915. These proofs show that Hilbert made significant changes to the paper after this date. In addition, the proofs do not contain the Einstein equations. The proofs have been cut up here and there (probably by the printers themselves as they worked), so it is possible that the equations would be there if we had the missing pieces. But it is also quite possible that amidst the changes Hilbert made to the paper, he took the opportunity to include the final form of the equations from Einstein’s paper. Indeed some of the changes he made after December 6 were to update his argument from earlier versions of Einstein’s theory to the later version.

Certainly it was Einstein who felt himself to be the injured party in this short-lived priority dispute (arguably the only occasion in his life when Einstein found himself in such a dispute). He complained to a friend that Hilbert was trying to “nostrify” his theory, to claim a share of the credit. Einstein complained to Hilbert himself indeed, and some of the changes made in proofs by Hilbert included the addition of remarks giving credit for the basic ideas behind the theory to Einstein. At any rate, Einstein tried not to let proprietary feelings color his feelings of gratitude for Hilbert. He recalled well that Hilbert had played an important role in encouraging Einstein to return to his theory at a time when Einstein had, to some extent, given up on his original goals. On December 20, 1915, he wrote to Hilbert:

“There has been a certain resentment between us, the cause of which I do not want analyze any further. I have fought against the feeling of bitterness associated with it, and with complete success. I again think of you with undiminished kindness and I ask you to attempt the same with me. It is objectively a pity if two guys that have somewhat liberated themselves from this shabby world are not giving pleasure to each other.” (translated and quoted in Corry, Renn and Stachel, 1997).

So if Einstein was becoming the new Newton, as the man who solved the riddle of gravity, he was far from being a new Newton in another sense; of being the sort of man who carries on scientific grudges to the detriment of his friendship with the other great thinkers of his day.

Daniel Kennefick is associate professor of physics at the University of Arkansas, an editor of the Collected Papers of Albert Einstein, and the author of An Einstein Encyclopedia and Traveling at the Speed of Thought: Einstein and the Quest for Gravitational Waves (Princeton).

For more on Einstein’s field equations, check out this article by Dennis Lehmkuhl at Caltech.

The Final Days of Albert Einstein


Albert Einstein’s time on earth ended on April 18, 1955, at the Princeton Hospital.

In April of 1955, shortly after Einstein’s death, a pathologist removed his brain without the permission of his family, and stored it in formaldehyde until around 2007, shortly before dying himself. In that time, the brain of the man who has been credited with the some of the most beautiful and imaginative ideas in all of science was photographed, fragmented —small sections parceled to various researchers. His eyes were given to his ophthalmologist.

These indignities in the name of science netted several so-called findings—that the inferior parietal lobe, the part said to be responsible for mathematical reasoning was wider, that the unique makeup of the Sulvian fissure could have allowed more neurons to make connections. And yet, there remains the sense that no differences can truly account for the cognitive abilities that made his genius so striking.

Along with an exhaustive amount of information on  the personal, scientific, and public spheres of Einstein’s life, An Einstein Encyclopedia includes this well-known if macabre “brain in a jar” story. But there is a quieter one that is far more revealing of the man himself: The story in which Helen Dukas, Einstein’s longtime secretary and companion, recounts his last days. Dukas, the encyclopedia notes, was “well known for being intelligent, modest, shy, and passionately loyal to Einstein.” Her account is at once unsensational and unadorned.

One might expect a story of encroaching death, however restrained, to chronicle confusion and fear. Medically supported death was a regular occurrence by the middle of the 20th century, and Einstein died in his local hospital. But what is immediately striking from the account is the simplicity and calmness with which Einstein met his own passing, which he regarded as a natural event. The telling of this chapter is matter of fact, from his collapse at home, to his diagnosis with a hemorrhage, to his reluctant trip to the hospital and refusal of a famous heart surgeon. Dukas writes that he endured the pain from an internal hemorrhage (“the worst pain one can have”) with a smile, occasionally taking morphine. On his final day, during a respite from pain, he read the paper and talked about politics and scientific matters.

“You’re really hysterical—I have to pass on sometime, and it doesn’t really matter when.” he tells Dukas, when she rises in the night to check on him.

As Mary Talbot  writes in Aeon, “Apprehending the truth that all things arise and pass away might be the ultimate groundwork for dying.” And certainly, it would be difficult to dispute Einstein’s wholehearted dedication to the truth throughout his life and work. His manifesto, referenced here by Hanoch Gutfreund on the occasion of the opening of the Hebrew University, asserts, “Science and investigation recognize as their aim the truth only.” From passionate debates on the nature of reality with Bohr, to his historic clash on the nature of time with Bergson, Einstein’s quest for the truth was a constant in his life.  It would seem that it was equally so at the time of his death. What, then, did he believe at the end? We can’t know, but An Einstein Encyclopedia opens with his own words,

Strange is our situation here upon earth. Each of us comes for a short visit, not knowing why, yet sometimes seeming to divine a purpose….To ponder interminably over the reason for one’s own existence or the meaning of life in general seems to me, from an objective point of view, to be sheer folly. And yet everyone holds certain ideals by which he guides his aspiration and his judgment. The ideals which have always shone before me and filled me with the joy of living are goodness, beauty, and truth. To make a goal of comfort or happiness has never appealed to me; a system of ethics built on this basis would be sufficient only for a herd of cattle.

Read a sample chapter of An Einstein Encyclopedia, by Alice Calaprice, Daniel Kennefick, & Robert Schulmann here.

University Press Week Blog Tour Day 5: Author Conversations

thanks to authorsThe final day of the University Press Week blog tour focuses on presses in conversation with their authors. Here at Princeton we would like to take a moment to thank all of our wonderful authors across many disciplines, without whom our esteemed publishing program could not exist. In the past year, PUP has been fortunate enough to publish multiple Nobel Prize winners, up-and-coming stars, renowned scholars and cultural critics. Our authors range from game theorists to astrophysicists, from art historians to professional ornithologists.

Each week on the PUP blog, we feature conversations with our authors about our books. These conversations, such as this one with n+1 co-founder Mark Greif, this one with classics professor Josiah Ober, or this one with biologists and bee experts Olivia Messinger Carril and Joseph Wilson, always provide wonderful behind-the-scenes glimpses of the writing process the origins of our authors’ research.

Today, these university presses share conversations with their own authors:

Temple University Press
Columbia University Press
University of Virginia Press
Beacon Press
University of Illinois Press
Southern Illinois University Press
University Press of Kansas
Oregon State University Press
Liverpool University Press
University of Toronto Press

University Press Week Blog Tour day 4: #TBT

UpWeekThe University Press Week blog tour continues with day four, aptly themed Throwback Thursday. Delve into the fascinating past of university press publishing with new featured posts from these presses:

Project Muse celebrates their 20th anniversary by offering some highlights from their 20 years of university press content.

University of Minnesota Press shares infographics highlighting their 90th birthday this year.

University of Chicago Press offers a TBT written as a letter from the past…from the year the PDF was introduced in 1991.

University of Manitoba Press shares books, catalogs, and book launch photos from the 48 years UMP has been publishing.

University of Washington Press celebrates their centennial by featuring highlights and photos from 100 years of UW Press history.

Duke University Press brings us a special throwback to all of their surprising journal covers.

University of Texas Press offers a look back on the street style of 1970s Pennsylvania through the lens of seminal street photographer Mark Cohen.

University of Michigan Press describes the evolution of their book, “Michigan Trees” through the more than 100 years the publication has been maintained and edited, with a screen shot of the original cover.

University Press of Kansas takes a trip through their list via a “Today in History” theme.

Minnesota Historical Society Press shares Mike Evangelist’s Downtown: Minneapolis in the 1970s, which captures a memorable time and place in the past.

University of California Press remembers their Autobiography of Mark Twain, Vol. 1 publication in 2010: A media cause célèbre.

University of Toronto Press highlights the various cover designs their journals have had over the years (some journals have been publishing for hundreds of years, so expect some interesting ones!)

Fordham University Press features What Might Have Been… A trip through New York City’s Unbuilt Subway System.

Publishing for a digital age: A word from Peter Dougherty #UPWeek


Scholarly Kitchen ran a terrific article yesterday on the important contributions of university presses, and how many are redefining their role in the digital age. At Princeton University Press, the past year has brought the successful launch of a major intellectual, digital, and global undertaking. A word from our director, Peter Dougherty:

EinsteinProbably the most stunning development at Princeton University Press is the successful launch of our Digital Edition of The Collected Papers of Albert EinsteinThe Digital Einstein Papers has given scientists and historians alike all over the world free access to the first thirteen volumes of the Einstein Papers, one of the most important intellectual archives in all of scholarly publishing.  According to Kenneth Reed, PUP’s Digital Production Manager, usage statistics suggest that the Digital Einstein Papers has been a truly successful global project:

“Since its launch, there have have been 2.7 million page views from across the world. Outside the United States, Germany and India represent the second and third most visitors to the site. Visitors view an average of over nine pages per visit, and returning visitors are 75%. Mobile users account for over 30% of the site usage, which is not surprising given the global appeal of the site.”

The Digital Einstein Papers also represents a global success by way of being a great international and cross-institutional collaboration, drawing on the talents and effort of colleagues not only at PUP, but at our partner institutions, The Einstein Papers Project at Caltech, the Albert Einstein Archive at the Hebrew University in Jerusalem, and the online platform firm, Tizra.  PUP will add new volumes as they appear roughly every eighteen months.

—Peter Dougherty

Read what these other university presses have to say on the future of scholarly publishing, from the value of acquisitions work and the meaning of gatekeeping in the digital era, to how university presses are picking up the slack left by trade publishers:

Indiana University Press

Oxford University Press

George Mason University Press

University Press of Colorado

University Press of Kansas

UNC Press

West Virginia University Press

Johns Hopkins University Press

University of Georgia Press

University Press Week Blog Tour: What’s Surprising? #ReadUp

UpWeekThis week, Princeton University Press will be participating in the University Press Week blog tour. Stay tuned for our featured post on Wednesday from our Design department on the launch of an exciting new social media initiative.

Today, in keeping with the online gallery theme, check out posts from other university presses on what projects they’ve found particularly surprising. Our own biggest surprise of the year is a foray into children’s literature with the 150th anniversary edition of Alice’s Adventures in Wonderland, including illustrations by Salvador Dalí. You can read more about that at the online gallery, and on the PUP blog later this week.

So, what’s surprising in university press publishing this year? #ReadUp!

  • University Press of Florida blogs recipes and photos from recent UPF cookbooks that have changed how people view the Sunshine State, highlighting a thriving food scene that has often gone unnoticed amid the state’s highly-publicized beaches and theme parks.
  • University Press of New England reflects on the unusual success of a book from their trade imprint, ForeEdge. The book is titled Winning Marriage by Marc Solomon, and traces the years-long, state-by-state legal battle for marriage equality in America. Surprises came in many forms: from the serendipitous timing of the book’s publication with the Supreme Court ruling to the book’s ability to resonate with general readers and legal scholars alike—and many others surprises in between.
  • University Press of Mississippi, Steve Yates, marketing director, describes how the Press has partnered with Lemuria Books in Jackson and writers across the state to create the Mississippi Books page at the Clarion Ledger.
  • University Press of Kentucky features a pop quiz of some surprising facts about AAUP Member Presses.
  • University of California Press will discuss their Luminos and Collabra OA publishing platforms.
  • University of Wisconsin Press writes about how mystery fiction is a surprise hit, and a surprisingly good fit for their publishing program. Their sleuths in several series include a duo of globe-trotting art history experts, a Wisconsin sheriff in a favorite tourist destination, a gay literature professor, and a tough detective who quotes Shakespeare and Melville.
  • The University of Nebraska Press is more than their books! Find out about the UNP staff and who they are.
  • And check out surprise posts from University of Michigan and University Press of Kansas as well.