Jacob Darwin Hamblin

Explorations in Science, Technology and the Natural Environment

Jacob Darwin Hamblin

Archives for Nuclear Issues

Our Friend the Atom Goes to Mexico

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    As Arming Mother Nature goes to press, I’m deeply involved in my next project.  This one’s on the promotion of nuclear technology in the developing world.  The tentative title is Nuclear Outposts.  I will soon be in Mexico City presenting at a colloquium at Universidad Nacional Autónoma de México (UNAM) with a few other scholars working on the production and distribution of isotopes–and peaceful atomic research generally–in various places around the world.

    It’s exciting to be connecting with other scholars working on this topic, and I couldn’t resist sharing the poster, which draws on the images from the 1956 Disney short Our Friend the Atom.  It was an episode of the series Disneyland.  The episode touches on many of the scientific applications that the scholars at the meeting this month are writing about, including the use of radioactive material to study crops, irradiate food, or induce mutations.  The film is fascinating, entertaining, and is guaranteed to make you smile.  Who doesn’t love seeing Walt Disney talk about nuclear physics?


    YouTube Direct

    The meeting is being organized by Gisela Mateos and Edna Suárez, and it will include also Ana Barahona, Angela Creager, María Jesús Santesmases,  Karin Zachmann, and myself. Please enjoy the poster!

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      Are Real-Time Strategy Games ‘Environmental’?

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        Back cover of "Lords of Conquest" game by EA

        “Nice Guys End Up With Madagascar.”

        This was the phrase on the back of the box for one of the most addictive strategy games of the late 1980s, Lords of Conquest, by Electronic Arts.  I played this as a teenager and, looking back from this era of virtual-world games, I’m a little surprised at how compelling it was.  But as gaming goes, the basic concept has stood the test of time: manage resources, equip armies, and take over the world.

        I recently was reminded of it because I reviewed Gabrielle Hecht’s new book on the uranium trade in Africa, Being Nuclear. (I’ll link to the review later when it is published).  It turns out that Madagascar—surprise!—is not quite the meaningless backwater portrayed in the game. Madagascar was an essential part of France’s nuclear program, and President Charles De Gaulle went out of his way to ensure that, throughout the process of decolonization, no one tried to wrest Madagascar from France. In Lords of Conquest, Madagascar didn’t even make it onto the screen, too unimportant to merit conquest by intrepid game-playing teenagers.  Ironically, that fits quite well with Hecht’s theme in the book, because the uranium mines in Madagascar were fairly invisible too.  They went unnoticed by most of the world, and even the miners themselves seemed unaware that they were subjecting themselves to potentially harmful doses of radiation in the service of the French force de frappe.

        But more on Being Nuclear later.  Right now let’s put our geek caps on and talk about how much games reflect our values and worldviews.

        Should the management of dwindling resources, so pervasive in the design of strategy games today, be considered an “environmental” point of view?

        In my forthcoming book Arming Mother Nature, I spend some time discussing the relationship between early environmental modeling and the heyday of game theory in the 1950s and 1960s.  These were years when cooperative games (remember the film A Beautiful Mind?) not only formed the cornerstone of new academic publications like The Journal of Conflict Resolution, but also informed the first economic models that predicted environmental doomsday.  The most famous of these was a controversial book called Limits to Growth, but there were plenty of other less well-known models.  The point of modeling was to think of all the important inputs and attempt to draw order out of the chaos.  Then, given the perceived order, one could attempt to influence it using any number of strategies.

        Plenty of people contested those doomsday theories, and I’m not going to try to convince you that they were correct.  However, the prevailing idea in them was to focus attention on the non-renewable nature of important resources, and the potentially devastating effects of not adjusting and adapting.  Some said humans should stop being so rapacious, to ratchet back on what is produced and consumed.  E. F. Schumacher’s Small is Beautiful was the classic statement.  If we treated natural resources as capital, he argued, we wouldn’t be so eager to spend them down.  Others counted on technology and market adjustments to help humans adapt to changing times.  Think of Arnold Schwarzenegger’s hydrogen-fueled, non-girly-man Hummer.

        But what’s fascinating to me now is that anyone who plays a strategy game today is enacting those same values.  Lords of Conquest didn’t have dwindling resources (at least not that I remember!).  The resources were static, and the goal was to control them.  By controlling them, one could support more troops, and thus control them even better.  That’s the classic worldview of empires—carving up the world’s resources and competing for them.  In those games, dynamism came from the ebb and flow of human control, not in the availability of the resources.

        Games today are more cynical.  Resources get used up.  Solutions usually involve more sophisticated technology, not restraint (sorry, Schumacher!!!).  After all, restraint is no fun in a strategy game.  Still, there is definitely no sense of infinite resources in games; no sense of carving up the pie and controlling it.  Instead, you have to eat the pie, and once you do, it’s gone.  The most popular games incorporate the idea that resources are quickly depleted and must be renewed.  This is especially so of real-time strategy games like the Age of Empires or Starcraft franchises, which set a premium on one’s ability to adjust to changing economic circumstances quickly.

        OK, I get it.  They’re games, and they are supposed to be fun.  Don’t over-think it.  But I’m willing to go out on a limb and say that these games ARE environmental, in that they reinforce among their players that the central economic problem is one of resource availability in a world of dwindling supplies.  But strangely enough the gaming solution typically reflects strategies that are quite real when measured against history:  find resources, deplete them, find more, and develop technology to mitigate the problem, all while continuing to grow, grow, grow.  In games, small is not beautiful.

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          Arms of Precision and Weapons of Mass Destruction

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            1898 Battle of Omdurman

            I am currently researching the spread of nuclear technology in the developing world, which means I have to confront the politics of the Nuclear Non-Proliferation Treaty.  Although I support the NPT, as a historian it is hard to analyze it without some kind of nod to the “haves” and “have nots” aspect of it.  As someone very interested in the history of technology, I cannot help but see parallels with a similar technological regime established at the end of the nineteenth century.  I’m hoping I’ll get some emails or replies to this post, to help punch holes in this parallel, so that when I write the book I can anticipate problems with it.  So here goes:

            An international regime to control the spread of nuclear weapons was not entirely without precedent.  Think of the Berlin Conference of 1884-85, is often associated with the “Scramble for Africa” toward the end of the nineteenth century.  That agreement essentially set forth rules of engagement in developing African colonies, protectorates, and other military/economic enclaves.  It is a very well known agreement and, even though it’s often forgotten, it is an important turning point in the history of imperialism.  However…

            Perhaps more significant was the follow up declaration set forth in Brussels just a few years later.  It stands today as one of the most significant documents about the proliferation of dangerous technology, and its basic assumptions resound clearly in the nuclear realm.  It set forth a regime of control that rested on fundamentally moral grounds, in this case the quashing of the slave trade.  But it also served two important functions: it reinforced the importance of free flowing commerce while institutionalizing the relationship between the “haves” and the “have nots.”

            Looking back it may seem inappropriate to compare a nuclear weapon to a breech-loading rifle, but the effect of the rapid transformation of firearms in the nineteenth century is hard to overstate.  The turn from unreliable flint-lock muskets during the Napoleonic era to accurate, weather-resistant weapons that could be loaded while lying down helped the upstart Prussians to shock the world by defeating first Austria and then France in major wars toward the end of the nineteenth century, creating a German empire that would dominate European politics for decades to come.  And putting magazine-loaded repeating guns into action—such as the famous Gatling gun and Maxim—meant that enemies could be gunned down at the turn of a crank or the squeeze of a trigger.  Combined with other developments of the industrial age, such as railroads and shallow-water steamboats, these weapons gave Europeans an unprecedented degree of colonial control.  And it was not merely Europeans who were concerned: the United States, the Ottoman Empire, and the Shah of Persia all perceived the proliferation of the new “arms of precision” as a dire threat.  These were the weapons of mass destruction of their time.

            The effect of the agreement, as historians such as Daniel Headrick have pointed out, was that the Europeans in Africa had the technological edge, and only the more rudimentary (not to say obsolete) lay in the hands of Africans, regardless of whether their governments were legitimate or not.  The most infamous case of this disparity was the 1898 battle of Omdurman, when General Kitchener’s  well-armed troops at Khartoum killed some 10,000 Mahdists, wounded even more, and took some five thousand prisoners, while less than fifty British soldiers were killed.

            According to the declaration, experience had proven that the preservation of the African people had become a “radical impossibility” without new restrictive measures against trade in firearms.  Therefore firearms imported to most of sub-Saharan Africa were to be placed into a public warehouse under the control of European governments.  Only older kinds of guns could be sold to Africans, while the new “arms of precision,” such as rifles, magazine guns, and breech-loaders, were kept away from Africans.  This included not just the weapons themselves but all the accoutrements—detached weapon parts, cartridges, caps, or ammunition.  The market for guns in Africa would be strictly limited to ordinary powder and flint-lock guns.[i]

            All of this sounds strikingly similar to the safeguard system established by the NPT.  Obviously there have been plenty of opportunities to sabotage the NPT by stretching or breaking the rules, but the system is in place to monitor the spread of nuclear technology and at the very least to establish some kind of paper trail to track down sales.

            In retrospect the agreement at Brussels seems like a typical chapter in the history of imperialism, in which Europeans and Americans united in their mutual distrust of black Africans and their mutual desire not to sabotage their own long-term economic interests for the short-term gains of arms profits.  And yet the agreement was practically unassailable on moral grounds at the time, because it was clothed in the language of anti-slavery.  Banning these “arms of precision,” except among colonial police and military forces, served as a means stifling the evil of the slave trade more effectively.

            Similarly, it is inconceivable to support nuclear proliferation today.  It is not only a matter of security, but it seems immoral to want more countries to have nuclear weapons.  But this position is itself an echo of history.  Is it possible to shed the imperial trappings, or as we would say today, is it possible to promote world security without reinforcing the inequities between the global North and South?


            [i] General Act of Brussels Conference relative to the Africa slave trade, signed at Brussels, July 2, 1890 (London: H.M. Stationery Office, 1892), p. 40.

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              Nuclear Proliferation Begins with Peace

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                I’m at the end of my second full day in the United Kingdom’s National Archives, and I fell asleep three times at my research desk… still suffering a bit from the jet lag.  But it is not (I swear!) from lack of interest in the files I am reading.  It’s true that I get a little restless in there.  That’s especially so because I’m between book projects at the moment, still needing to make edits on Arming Mother Nature but waiting for my editor’s comments.  And I haven’t yet fully committed to the subject of the next one.  So my eyes are easily drawn away in several directions at once, from nuclear proliferation, to agricultural genetics, and to animal experimentation in weapons laboratories.

                I’m in the UK for the “Cold War, Blue Planet” symposium at the University of Manchester, so I thought I’d spend a few days in Kew getting a little legwork done for the next project.  But the only legwork I’ve really done is a jetlagged five-mile run along the Thames (which, on the footpath in Kew, is gorgeous at 530am, and remarkably quiet before the planes start landing at Heathrow).

                For many years I’ve been working on nuclear topics but I have almost always avoided nuclear weapons themselves.  It may sound strange, but to any budding Ph.D. dissertator out there, it probably doesn’t sound odd.  Like them, I have wanted to explore off the beaten path, in the belief that doing so offers the best chance to make genuine contributions to scholarship.  Nukes came into my first book as a form of propulsion in submarines, or as a way to make the U.S. Navy’s fleet part of the deterrence force.  Nukes came into my second book as a source of radioactive waste in the oceans.  And in my most recent book, they come in mainly because of the post-nuclear war consequences or as triggers for massive environment-altering events.

                But now … I don’t think I can avoid nuclear weapons any longer.  I thought I was going to write another off-path nuclear book on the agricultural applications of atomic energy.  And I will, but the book may turn out to be about a much bigger problem.  Namely the connection between promoting peaceful applications in the developing world, and the immense international problems that come from having competent nuclear trained scientists everywhere on the planet, whether they work on projects mainly for war, or mainly for peace.

                Today I was looking through documents on Iraq’s nuclear program circa 1980, before one of its neighbors (guess who?) bombed the primary facility at Osirak.  Even then, Saddam Hussein claimed that the country’s programs were just peaceful. Iraq was building a research reactor, with France’s help, which was a natural and peaceful thing to do.  But it required highly enriched (i.e. “weapons grade”) uranium.  And from Italy it ordered technology for reprocessing, which meant that it could make plutonium.

                Obvious red flags? Yes, for some, but for others the amounts were too small to seem worthwhile.  It would take years before Iraq could make enough plutonium with that technology, and in any event they were subjected to IAEA inspectors, having signed on as members of the Non-Proliferation Treaty.  So, not a big deal (Israel felt differently).

                Behind closed doors, Western diplomats pointed out that even if Iraq had no actual weapons project, it made sense for Saddam to build a peaceful program so that it would have a ready-made labor force of scientists and engineers if it ever wanted a bomb program in the future. And Europeans had the technology, the know-how, and the willingness to sell…. Especially to Iraq, which could supply oil in return.

                In this case, the most generous view of Iraq’s program circa 1980—and by that I mean a program that fit precisely within the vision established with the creation of the IAEA in 1957—had the country following the rules, building a research community, and finding ways to apply nuclear technology into peaceful domains.  But that knowledge, that manpower, that community… might come in handy one day.

                Is it more realistic to build bombs when you have an existing expert labor pool?  Is it too optimistic to expect less lead time for make weapons-grade fuel when your scientists already know the basics? I’ll give you three guesses :)

                On the docket for tomorrow:  Iran and the CENTO research laboratory.  Pre-1979, Iran was quite the place to go for nuclear research, American-style.   Some of this was in agriculture.  But not all of it.

                 

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                  My O’Sullivan Memorial Lecture on nuclear technology is now online

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                    Back in November, I wasn’t sure if anyone would mind that I used Wikileaks for historical research.  Some might have called it unpatriotic.  But I should have expected that no one seemed to mind (or care?).  I did it because I was about to give a lecture on the promotion of nuclear technology, and found that typing in “IAEA” into the keyword-searchable databases of Wikileaks yielded some interesting results.  It was like being a fly on the wall for discussions among people who were dealing with the decades-long legacy of America’s attempt to promote nuclear technology in the developing world.  It was perfect material with which to open a lecture.  And since that also will be the subject of my next book project (after Arming Mother Nature comes out, of course), how could I resist using it?

                    My concerns proved unwarranted, at least thus far.  I mention my trepidation because, before boarding my flight back in November, I received an email warning me to think carefully about whether I wanted to bring radioactive materials to Florida from Oregon.  (note to careful readers: I did not do any such thing).  The person had heard about my upcoming lecture and had begun to panic about my starting cancer in the local population.  (again: I did nothing of the kind).

                    I was getting on a plane all right, but with far less interesting carry-ons, unless you count my iPad.

                    The truth was that I was invited in November to give the annual John O’Sullivan Memorial Lecture, in Boca Raton Florida, hosted by the Department of History at Florida Atlantic University.  I enjoyed every moment I was there.  I met so many wonderful folks that it was hard to leave, and I learned a great deal about the research interests of the faculty member for whom the lecture is named.  It was a privilege to meet John O’Sullivan’s wife and grown son.  John O’Sullivan clearly left his mark on the community, and I was honored to be a part of it by giving the memorial lecture.

                    My lecture was titled “The Nuclear Promise: Global Consequences of an American Dream.”

                    I mention all this because Florida Atlantic University has published my lecture as a PDF pamphlet.  It contains information about the lecture series, about O’Sullivan, and of course my lecture.  Enjoy!

                     

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                      Imagining Cold War Environments

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                        I’m looking forward to going to Philadelphia later this month, to meet with fellow scholars working on the environmental dimensions of the Cold War.  The meeting, titled “Imagining Cold War Environments,” will be hosted on April 26 and 27 (2012) by Temple University’s Center for the Study of Force and Diplomacy.  A PDF of the program is here.  I’ll be talking about some of the efforts to promote mutation plant breeding as a way of solving the hunger crisis of the 1960s.  It was one of the many atomic energy applications in agriculture–yes, agriculture–touted by the International Atomic Energy Agency in the late 1950s and 1960s.  Usually, when I discuss these efforts, listeners cock their heads and wonder.  After all, it is not what we  typically associate with the term nuclear!

                        My paper is called “Quickening Nature’s Pulse: Mutation Plant Breeding, the IAEA, and the Developing World.”  This project of mine is not part of my Arming Mother Nature book (which you can learn about elsewhere on this blog).  It is separate, and I am still conceptualizing what I will do in the next few years as I write about efforts to promote nuclear technologies in the developing world.

                        Other participants in the conference are Stephen Brain, Petra Goedde, Andrew Isenberg, Vlad Zubok, Mark Lytle, Ryan Edgington, Gretchen Heefner, Sarah Robey, Kurk Dorsey, Neil Maher, and Richard Immerman.

                        And since I’ve got a copy of The American Way of War on my bookshelf, I’m gratified that the conference will be held in the Russell Weigley Room.  We’ll see if we can revise the idea of war a bit.

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                          Japan Forum: Fukushima and the Motifs of Nuclear History

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                            IAEA Director-General Yukiya Amano

                            How do we tell the story of Fukushima?  The finger-pointing frenzy that occurred in the wake of the crisis is extremely useful for historians.  As people tried to blame each other, they enlisted a range of understandings–and misunderstandings–about the history of nuclear issues.  As historians, we need to be conscious of the power of the stories we tell and to reflect critically on them. Otherwise we put ourselves in the position of reinforcing past narratives that were contrived in the first place to deflect blame, avoid responsibility, and frustrate accountability. I wrote an essay about this in Environmental History, in a special “Japan Forum.”  My essay presents motifs—recurrent themes—that implicitly assign or abrogate responsibility for harm. They are the Risk Society Motif, the Nuclear Watchdog Motif, and the Nuclear Fear Motif. All three reemerged in light of the Fukushima disaster.  Read the full article (for free) in either full text or PDF.

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                              The Rhône and Nuclear Power in the South of France

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                                From the Alpine glaciers of Switzerland to the Mediterranean Sea stretches what was once a glorious, untamed river: the Rhône. Used by humans for trade and irrigation for centuries, it attracted investors in the late nineteenth century as a natural source of hydroelectric power. Today, it is lined with cooling towers and is the pride of France, the nation most often cited as relying on nuclear power to supply its energy needs. Over the years, the Rhône has been altered so often that it invites analysis as an “envirotechnical” landscape, where it is hard to find sharp distinctions among human activities, nature, and the designed world.

                                Sara B. Pritchard has crafted a thoughtful book that places the history of the Rhône at the crossroads—or, rather, the confluence—of the natural and the technological. These don’t merely intersect. Like rivers, they flow together.  

                                This is a review of Sara B. Pritchard, Confluence: The Nature of Technology and the Remaking of the Rhône (Harvard, 2011). The full review is published in Isis, please click here

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                                  The Long Cold Nuclear Winter

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                                    Reviewing a book by one’s own mentor, especially when that mentor has recently passed on, can be a difficult enterprise. And yet Larry Badash’s final book, published the year before his death, is worth the task. For those who knew him, A Nuclear Winter’s Tale appears as an expression of a life’s work in scholarship. While it is not schizophrenic, it is filled with the split allegiances to scientific objectivity and humanistic moral principles that characterized his attitudes toward the history of science. Because I met Badash when I was 19 years old, while taking his “Atomic Age” course in college, I have taken up his final book on the subject with a relish and respect few others could match. I owe him an immense intellectual debt, and my views expressed here should be read with that in mind. (This is an essay review of Lawrence Badash, A Nuclear Winter’s Tale (MIT Press, 2009). Read the full review in Metascience)

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                                      Plutonium’s Rich (albeit recent) History

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                                        Plutonium is an exemplary case of fine science writing, combining scientific expertise and smooth narrative, enlivened by a personal touch. A physicist and former staff writer for The New Yorker, Jeremy Bernstein has a deep well of experience from which he can draw, and he has a gift for bringing even the most obscure technical points into the clear light of day. Readers will come away with an enhanced understanding of the scientific strangeness of plutonium, an appreciation of the periodic table of elements, and a fresh store of interesting anecdotes about Einstein, Bohr, Meitner, Fermi, and others less well-known.

                                        As a history, however, Plutonium suffers from its brevity: there are serious omissions in the book and some important issues receive superficial treatment.

                                        [This is the start of my review of Jeremy Bernstein's Plutonium: A History of the World’s Most Dangerous Element (Cornell, 2009). For the whole review, published in Technology & Culture, click here.]

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                                          The Nuclear Promise

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                                            In November I traveled to Boca Raton, Florida, to give the annual John O’Sullivan Memorial Lecture at Florida Atlantic University. John O’Sullivan was a scholar of the twentieth century, and was deeply concerned with nuclear issues. I was honored to be asked to talk to a packed auditorium of locals wanting to learn how to connect the tragic events of Fukushima, Japan, to the decisions they make in their daily lives.

                                            The title of the lecture was “The Nuclear Promise: Global Consequences of An American Dream.”

                                            I chose to focus on the promotion of nuclear solutions all over the world, in some unexpected ways. I started out by referencing some Wikileaks documents–very controversial!–that suggest that the United States has tried and failed to shut down aspects of the International Atomic Energy Agency’s global programs for years. The reason is that because the IAEA is needed to help enforce nuclear nonproliferation agreements, the agency has a long leash on its other projects. The ones I focused on were the attempts in the 1960s to develop atomic energy applications in agriculture. It’s part of my current book project, The Nuclear Promise. I’m really at the beginning of that project, having done a lot of research at the archives of the IAEA in Vienna, as well as the World Health Organization in Geneva, and Food and Agricultural Organization in Rome. I’m looking forward to seeing how all the ideas come together.

                                            It was a wonderful trip, and the folks at Florida Atlantic University were excellent hosts. They do great work there!

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                                              Farewell, Larry. My Reflections on Badash, A Nuclear Winter’s Tale: Science and Politics in the 1980s

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                                                I’ve included my personal reflections on Larry Badash’s final book (he passed away last year) here, in mp3 (audio) format.  Although I have written an essay review about Badash and the book for Metascience, I thought I would elaborate on some things that were not quite appropriate in an academic review.  It includes some stories about Larry, some about me, some critique of the book, and perhaps too many self-indulgent ramblings from my own point of view as his former Ph.D. student. The truth is, I just wanted to do it.  I apologize for the poor sound quality from the microphone.  Have a listen.

                                                 

                                                 

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                                                  Finding Perspective on Nuclear Concerns

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                                                    This was the cover story in my local paper, part of the flurry of media attention about my work after the Fukushima disaster.  I had very mixed emotions about gaining such local notoriety (something any scholar enjoys, especially when kids see their dad on the front page of the paper!), when the real hardship and tragedy is taking place thousands of miles from the comfort of my home.  Here’s the story:

                                                    “A lot of the history of nuclear power is the conflict of expertise,” said Oregon State University history of science professor Jacob Hamblin. As the world watches the events unfolding at Japan’s nuclear power plants affected by the March 11 earthquake and tsunami, Hamblin recalled that nuclear power always has drawn controversy as well as a variety of scientific viewpoints. (read more from the Corvallis Gazette-Times)

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                                                      Nuclear historian: ‘Science without history is just ignorance’

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                                                        Complete with mushroom cloud, this piece about my work appeared in the online edition of KATU Portland.  It is based on a press release about Fukushima and my work.  It has been interesting to see this story make its way around the web and be edited in the most minor ways to be published as an original story.  The actual author, the talented Angela Yeager, works here at Oregon State.  Here’s the piece:

                                                        CORVALLIS, Ore. –The long-standing conflicts over nuclear power and the risks of radiation exposure are nothing new – in fact, the debate over the damaged Fukushima Dai-Ichi plant in Japan are similar to arguments happening between scientists, governmental agencies and the public since 1945, according to an Oregon State University expert on the history of science. (read more at KATU news)

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                                                          Impact of Radiation on Ocean Water may be Seen in Long Term

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                                                            Recently I was interviewed by a reporter for the China-focused newspaper The Epoch Times to discuss the Fukushima incident.  Here is the article, with a link to the whole thing (free to read):

                                                            Since the first explosion occurred at the troubled Fukushima Daiichi nuclear power plant on March 12, steam and smoke carrying radioactive iodine and cesium has been blowing east, out to sea. General opinion has been that it is fortunate the cloud is over the ocean, not forming over the rest of Japan or China. However, the consequence for marine life and ocean water could be equally harmful in the long run.

                                                            Last week, the Japanese government reported that higher than normal levels of radioactivity was detected in rainwater in Tokyo. Radioactive rain has almost certainly been falling into the ocean as well.

                                                            The International Atomic Energy Agency (IAEA) has detected radiation 18 miles out to sea, but said, according to the latest readings taken on March 27, that levels have been dropping from what they saw days earlier. (read more on theepochtimes.com)

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                                                              What will our Energy Legacy Be?

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                                                                I recently wrote an opinion piece for The Oregonian, in response to the nuclear crisis in Fukushima, Japan.  Here is the start of it (with a link to the rest of it, which you can read for free).  Comments appreciated!

                                                                The earthquake, tsunami and nuclear crisis in Japan is a potent reminder of how vulnerable humans are to the shrugs and twitches of nature.

                                                                Nuclear power advocates are quick to say that the compromised Japanese reactors were of an old design. But Japan is a sophisticated, technologically savvy nation. If a nuclear catastrophe can happen there, it can and will happen anywhere. And it raises again the question of the kind of energy we should encourage on a state, nation and world scale. But for all the talk about safety, design, clean air and energy consumption, what’s often forgotten is a much deeper issue: the passage of time. (read more on Oregonlive.com)

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