Slashdot Mirror

Lasrick writes "The Doomsday Clock remains at 5 minutes to midnight. In a letter to United Nations Secretary-General Ban Ki-Moon and members of the UN Security Council, the Bulletin announced its decision and how it was made. The decision to move (or to leave in place) the minute hand of the Doomsday Clock is made every year by the Bulletin's Science and Security Board in consultation with its Board of Sponsors, which includes 18 Nobel laureates. The Clock has become a universally recognized indicator of the world's vulnerability to catastrophe from nuclear weapons, climate change, and new technologies emerging in other domains." Reasons for the clock remaining at five minutes include the U.S. and Russian not doing much for disarmament increasing nuclear weapon stockpiles in India and China, stalled efforts to reduce carbon emissions globally, and "killer robots."

Lasrick writes "George Moore and Miles Pomper examine the theft of a truck containing Cobalt-60 and find that, while Mexico did the right thing and reported the theft promptly, they were under no obligation to do so according to international rules and the IAEA. This was true even though the stolen material was 3,000 curies, making it a Category 1 source (the most dangerous). Quoting: 'At a distance of 30.5 centimeters (1 foot) from an unshielded source with an activity level of 3,000 curies, the dose to a bystander would be about 37,000 Rem per hour (a measure of radiation exposure). This means that anyone within a foot of the source when it was out of its shield was being exposed to about 10 Rem per second, a level that would typically kill half of a population exposed to it for 30 seconds. ... The number of fatalities will not be nearly as high as it would have been if the source capsule had been left in a public place. Cobalt 60, like other high-risk radiological sources, is more lethal when it is kept intact as a high-strength source than it would be if spread using a radiological dispersal device such as a so-called “dirty bomb.” Nonetheless, had the Mexican source been used in a dispersal device, the economic consequences could have been extremely significant.'"

Lasrick writes "Hugh Gusterson examines the crossroads at which the U.S. finds itself on the use of drones, and the long-term consequences of choices made now, by looking at the history of choices the U.S. made in the 1940s regarding nuclear weapons. Thoughtful read. Quoting: 'Having seen what drones are capable of, political leaders can choose to place clear limits, domestically and internationally, on how they can be used. Or, telling the American people that drones will make them safer or that "you can’t stop technology," they can allow free rein to those military inventors, national security bureaucrats and industry entrepreneurs eager to develop drone technology as aggressively as possible. Such people are impatient to press ahead with new unmanned aerial vehicles, including smart drones and mini-drones, to sell both to the US military for use overseas and to law-enforcement bodies within the United States. If drone development continues unchecked, what can we expect? First, as with nuclear weapons, proliferation. At the moment the United States, Britain, and Israel are the only countries to have used weaponized drones. But many countries, including Russia and China, have been watching carefully as Washington has experimented with counterinsurgency by drone, and are considering how they might use this relatively cheap technology for their own purposes. If they decide to use their own drones outside the boundaries of international law against people they brand “terrorists,” the United States will hardly be in a position to condemn them or counsel restraint.'"

Lasrick writes "Roberto Bissio has an excellent piece in a roundtable on biomass energy, pointing out that small scale biomass energy projects designed for people in poor countries aren't really a solution to climate change. After pointing out that patent protections could impede wide-spread adoption, Bissio adds that the people in these countries aren't really contributing to climate change in the first place: 'Why? Because poor people, whose carbon emissions these technologies would reduce, produce very little carbon in the first place. As I mentioned in Round One, the planet's poorest 1 billion people are responsible for only 3 percent of global carbon emissions. The 1.26 billion people whose countries belong to the Organization for Economic Co-operation and Development account for 42 percent of emissions. The rich, if they reduced their emissions by just 8 percent, could achieve more climate mitigation than the poor could achieve by reducing their emissions to zero. The rich could manage this 8 percent reduction by altering their lifestyles in barely noticeable ways. For the poor, a reduction of 100 percent would imply permanent misery.'"

Lasrick writes "Princeton's Mark Gubrud has an excellent piece on the United States killer robot policy. In 2012, without much fanfare, the U.S. announced the world's first openly declared national policy for killer robots. That policy has been widely misperceived as one of caution, according to Gubrud: 'A careful reading of the directive finds that it lists some broad and imprecise criteria and requires senior officials to certify that these criteria have been met if systems are intended to target and kill people by machine decision alone. But it fully supports developing, testing, and using the technology, without delay. Far from applying the brakes, the policy in effect overrides longstanding resistance within the military, establishes a framework for managing legal, ethical, and technical concerns, and signals to developers and vendors that the Pentagon is serious about autonomous weapons.'"

Lasrick writes "This is an excellent analysis of exactly what the problems are at Fukushima, and what risks are posed to the public. From the article: 'The operator of Fukushima Daiichi, the Tokyo Electric Power Company (Tepco), has worked hard and has indeed contained most of the significant contamination carried by water used to cool the plant’s damaged reactor cores. Still, a series of events—including significant leakage from tanks built to hold radioactive water—has eroded public confidence. To address the water challenges, an improved water management plan should be created to deal with all levels of contamination, from slightly contaminated groundwater to highly radioactive cooling water flowing out of the damaged cores. This plan needs to build on the many good Tepco efforts of the past two years, but it should also incorporate new technologies that improve water cleanup performance and increase processing capacities. Importantly, this plan needs to include a new level of transparency for and outreach to the Japanese public, so citizens can understand and have confidence in the ultimate solution to the Fukushima water problem, which will almost certainly require the release of water—treated so it conforms to Japanese and international radioactivity standards—into the sea.'"

Lasrick writes "Oliver Meier describes the long-term significance (even beyond the incredible human suffering) of Syria's alleged use of chemical weapons on August 21, and outlines six major steps for response. Quoting: 'The attack in August is a historic event with wider implications. Its impact on the role of chemical weapons in international security in general will depend primarily on the responses. Looking beyond the current crisis, failure to respond to the attacks could undermine the taboo against chemical weapons. ... First, a unified response by the international community is essential. The strength of international norms depends primarily on great-power support. So far, such a unified response is sorely lacking. Judgments about how to react to the use of chemical weapons appear to be tainted by preferences about the shape of a post-war Syria. This has already damaged the international chemical weapons legal regime.'"

Lasrick writes "The Plutonium Mountain report has just been released by the Belfer Center at Harvard. It describes the remarkable effort the U.S. made to get the Russians to recognize the nuclear proliferation risk they left behind at the Semipalatinsk Nuclear Test when the Soviet Union collapsed. In this interview with Siegfried Hecker, he describes how he and other scientists at the Los Alamos National Laboratory recognized the risk to world security as the Semipalatinsk site became overrun with metal scavengers. Quoting: 'The copper cable thieves were not nomads on camelback, but instead they employed industrial excavation machinery and left kilometers of deep trenches digging out everything they could sell. We were concerned that some of that copper cabling could lead to plutonium residues.'"

Lasrick writes "Interesting opinion piece that explains successes and holes in the U.S. system of detecting and responding to pandemics: 'In April 2009, following an experimental protocol, staff members at a Navy lab in San Diego tested specimens from two patients using a new diagnostic device. Both tested positive for influenza, but, oddly, neither specimen matched the influenza A subtypes that are known to infect humans. This finding raised suspicions, and so the samples were sent to the US Centers for Disease Control and Prevention (CDC). Further tests would reveal that these two patients were the first reported cases of a novel H1N1 influenza virus that would cause a global pandemic in 2009. In many respects, the Navy lab's discovery of H1N1 is a success story for US efforts to boost its biosurveillance capabilities.'"

Lasrick writes "Kennette Benedict writes in the Bulletin of the Atomic Scientists about the existential threat of climate change, and how the scientists who study and write about it are similar to the early atomic scientists who created, and then worried about, the threat that nuclear weapons posed to humanity: 'Just as the Manhattan Project participants could foresee the coming arms race, climate scientists today understand the consequences of deploying the technologies that defined the industrial age. They also know that action now to reduce greenhouse gas emissions will mitigate the worst consequences of climate change, just as the Manhattan Project scientists knew that early action to forestall a deadly arms race could prevent nuclear catastrophe.'"

Lasrick writes "Interesting read of the geopolitics between the U.S. and Russia when it comes to reducing nuclear warheads. Pavel Podvig is a physicist trained at the Moscow Institute of Physics and Technology who works on the Russian nuclear arsenal, US-Russian relations, and nonproliferation. His take here is essential to understanding what is happening between Washington and Moscow on nuclear weapons cuts." Reader auric_dude also sent in a link to a few other views on the issue.

Lasrick writes "This is a very thoughtful article on nuclear power plant aging: how operators use early retirement of plants to extract concessions from rate-payers and a discussion on how California's 'forward-looking planning process' has probably mitigated disruption from the closing of San Onofre."

Lasrick writes "Kennette Benedict of the Bulletin of the Atomic Scientists reviews Pandora's Promise, a new documentary that focuses on environmental activists like Stewart Brand who have gone from vehemently anti-nuclear to vehemently pro-nuclear views. Good points brought up by Benedict that weren't really addressed in the film." From the article: "The flaw in the film's approach is its zealous advocacy of one solution — one silver bullet — to meet the tremendous challenges of providing for some nine billion people by 2050, while also protecting societies from the ravages of climate disruption. The kind of thinking that led some of these environmentalists to single-mindedly protest nuclear power plants during the 1970s and 1980s leads them to just-as-single-mindedly advocate a push toward nuclear power 40 years later."

An anonymous reader writes "Hui Zhang and Shangui Zhao describe China's decision to move ahead with nuclear power. Following the Fukushima Daiichi accident, China slowed its rapid expansion of nuclear power and undertook a major reevaluation of safety practices. The government has now resumed approval of new nuclear power projects, and is cautiously moving forward. Good description of safety issues that remain." They are suspending in-land construction, and are aiming at 58GWe instead of 80GWe of generation capacity by 2020. It's still more than the 40GWe they planned to build under their 2007 plans.

Lasrick writes "Derrin Culp of the National Center for Disease Preparedness explores the different levels of scrutiny that scientists in microbiology undergo, when compared to those who work in the nuclear weapons field. His complaint is that, even though America's most notorious biosecurity breach — the 2001 anthrax mailings — was the work of an insider, expert panels have concluded that there is no need for intrusive monitoring of microbiologists engaged in unclassified research."

Lasrick writes "Kingston Reif of the Nukes of Hazard blog writes about nuclear arms reductions are back in the news, thanks to President Obama's State of the Union address and now also a Gallup poll that shows 56% of Americans support U.S.-Russian reductions. From the Article: 'A recent report by the Center for Public Integrity revealed that senior Obama administration officials believe the United States can reduce its arsenal of deployed strategic warheads to between 1,000 and 1,100 without harming national security. Those numbers would put the total below levels called for by New START...' Congressional Republicans of course are against those cuts; Reif lays out why the cuts would make the U.S. and the world safer." Do we even need a thousand nuclear warheads?

Lasrick writes "The Bulletin has an interesting article about the likelihood of terrorists obtaining nuclear material. 'Since 1993, the International Atomic Energy Agency (IAEA) has logged roughly 2,000 cases of illicit or unauthorized trafficking of nuclear and radioactive material. Thirty illicit radioactive trafficking incidents were reported in the former Soviet region alone from 2009 to 2011. As Obama said in December, "Make no mistake, if [terrorists] get [nuclear material], they will use it."'"

Lasrick writes "Dawn Stover has another great piece detailing why renewable energy will never provide us with all our energy needs. She deconstructs the unrealistic World Wildlife Fund report (co-written by several solar companies) that claims renewables will be able to provide 100% of the energy needs of several countries by 2050. From the article: 'When renewable energy experts get together, they tend to rhapsodize about the possibilities, believing that this will somehow inspire others to make their visions come true. But ambitious plans to power entire countries on solar energy (or wind or nuclear power, for that matter) don't have a snowball's chance in Australia. Such schemes are doomed to fail, and not because of the economic "reality" or the political "reality" -- however daunting those may be. They are doomed because of the physical reality: It's simply not physically possible for the world's human population to continue growing in numbers, affluence, and energy consumption without trashing the planet.'"

Lasrick writes "The Bulletin of the Atomic Scientists announces whether their Doomsday Clock has been moved with this open letter to President Obama, outlining progress on a number of fronts, but also detailing what still needs to be done to avoid various threats to humanity." From the article: "2012 was a year in which the problems of the world pressed forward, but too many of its citizens stood back. In the U.S. elections the focus was "the economy, stupid," with barely a word about the severe long-term trends that threaten the population's well-being to a far greater extent: climate change, the continuing menace of nuclear oblivion, and the vulnerabilities of the world's energy sources."

Lasrick writes "For the first time since 1946, Congress is seriously debating whether the U.S. nuclear weapons complex should be under civilian or military control. That the article is in the Bulletin of Atomic Scientists is significant, as it was many of the scientists who founded BAS who argued for civilian control in the wake of Hiroshima and Nagasaki. They believed that atomic energy was too destructive, and the military too secretive, which would possibly thwart scientific discovery and erect a major obstacle to international control and cooperation. The article talks about how management has changed over the decades and explains the discussion that needs to happen before Congress acts."

Lasrick writes "Fred Guterl is the executive editor of Scientific American, and in this piece he explores various threats posed by the technology that modern civilization relies on. He discusses West African and Indian monsoons, infectious diseases, and computer hacking. Here's a quote: 'Today the technologies that pose some of the biggest problems are not so much military as commercial. They come from biology, energy production, and the information sciences — and are the very technologies that have fueled our prodigious growth as a species. They are far more seductive than nuclear weapons, and more difficult to extricate ourselves from. The technologies we worry about today form the basis of our global civilization and are essential to our survival.'"

Lasrick writes "Private security contractors strike again, this time at the Y-12 National Security Complex. A nun, a gardener, and a housepainter cut through three security fences to find themselves 20 feet away from highly dangerous nuclear material. And of course, only one guard has been fired (the one who arguably acted the bravest and did the right thing). A Department of Energy report (PDF) on the incident found 'troubling displays of ineptitude in responding to alarms, failures to maintain critical 2 security equipment, over reliance on compensatory measures, misunderstanding of security protocols, poor communications, and weaknesses in contract and resource management.' The contractors have been put on notice, (PDF), but they still have the contracts."

An anonymous reader writes "A roundtable at the Bulletin of the Atomic Sciences explores the notion of nuclear fuel banks which would offer nations a guaranteed supply of low-enriched uranium if they renounce the right to enrich on their own. From the article: 'The basic idea behind an international fuel bank is that it would, in a reliable and nondiscriminatory way, make emergency supplies of market-priced low-enriched uranium available to states that sign up to participate. States that opt for membership in a fuel bank would gain increased confidence that their access to reactor-grade fuel would not be interrupted. In return, they would renounce the right to enrich uranium and reprocess spent fuel on their own. Such an arrangement could be appropriate for a number of states. But for others, it might be less than ideal.'"

Harperdog writes "Kirk Bansak has a great article outlining a coming revolution in non-proliferation of nuclear, chemical, and bio-weapons, courtesy of smart phones and social media. Early theory on arms control foresaw 'inspection by the people' as a promising method for preventing evasion of arms control and disarmament obligations and serves as a starting point for understanding 'social verification.' As Rose Gottemoeller recently stated: '[Cell phone-based] sensors would allow citizens to contribute to detecting potential treaty violations, and could build a bridge to a stronger private-public partnership in the realm of treaty verification.'"

Harperdog writes "Kirk Bansak has a great article outlining a coming revolution in non-proliferation of nuclear, chemical, and bio-weapons, courtesy of smart phones and social media. Early theory on arms control foresaw 'inspection by the people' as a promising method for preventing evasion of arms control and disarmament obligations and serves as a starting point for understanding 'social verification.' As Rose Gottemoeller recently stated: '[Cell phone-based] sensors would allow citizens to contribute to detecting potential treaty violations, and could build a bridge to a stronger private-public partnership in the realm of treaty verification.'"

Harperdog writes "Scott Kemp has a disturbing look at SILEX, a new technology that 'happens to be well suited for making nuclear weapons.' There are many disturbing aspects the this article, not least that the NRC, which is required to consider the critical question of proliferation, has so far punted when it comes to examining that question. 'The Nuclear Regulatory Commission has refused to consider the proliferation risk in its decision to issue a license for the first commercial SILEX facility, despite a statutory obligation to do so. Only a few weeks remain for Congress to intervene.'" Not everyone agrees that SILEX poses a real proliferation threat. Kind of a shame that its environmental benefits (lower power consumption and a smaller waste stream than existing processes) are what increase the proliferation risk.

Harperdog writes "Scott Kemp has a disturbing look at SILEX, a new technology that 'happens to be well suited for making nuclear weapons.' There are many disturbing aspects the this article, not least that the NRC, which is required to consider the critical question of proliferation, has so far punted when it comes to examining that question. 'The Nuclear Regulatory Commission has refused to consider the proliferation risk in its decision to issue a license for the first commercial SILEX facility, despite a statutory obligation to do so. Only a few weeks remain for Congress to intervene.'" Not everyone agrees that SILEX poses a real proliferation threat. Kind of a shame that its environmental benefits (lower power consumption and a smaller waste stream than existing processes) are what increase the proliferation risk.

Harperdog writes "A new roundtable at the Bulletin of the Atomic Scientists explores the question of whether nuclear energy is the answer to climate change, particularly in developing countries where energy needs are so great. This roundtable, like the ones before it, will be translated into Chinese, Arabic, and Spanish within a week of each article's publication. Here's a summary: From desertification in China to glacier melt in Nepal to water scarcity in South Africa, climate change is beginning to make itself felt in the developing world. As developing countries search for ways to contain carbon emissions while also maximizing economic potential, a natural focus of attention is nuclear power. But nuclear energy presents its own dangers."

Harperdog writes "A new roundtable at the Bulletin of the Atomic Scientists explores the question of whether nuclear energy is the answer to climate change, particularly in developing countries where energy needs are so great. This roundtable, like the ones before it, will be translated into Chinese, Arabic, and Spanish within a week of each article's publication. Here's a summary: From desertification in China to glacier melt in Nepal to water scarcity in South Africa, climate change is beginning to make itself felt in the developing world. As developing countries search for ways to contain carbon emissions while also maximizing economic potential, a natural focus of attention is nuclear power. But nuclear energy presents its own dangers."

Harperdog writes "Paul N. Edwards has a great paper about the links between nuclear weapons testing and climate science. From the abstract: 'Tracing radioactive carbon as it cycles through the atmosphere, the oceans, and the biosphere has been crucial to understanding anthropogenic climate change. The earliest global climate models relied on numerical methods very similar to those developed by nuclear weapons designers for solving the fluid dynamics equations needed to analyze shock waves produced in nuclear explosions. The climatic consequences of nuclear war also represent a major historical intersection between climate science and nuclear affairs. Without the work done by nuclear weapons designers and testers, scientists would know much less than they now do about the atmosphere. In particular, this research has contributed enormously to knowledge about both carbon dioxide, which raises Earth's temperature, and aerosols, which lower it.'"

Harperdog writes "This is pretty fascinating: The Chronicle of Higher Ed has an article about a DARPA project that allows researchers to scan satellite photos, video, etc., and have a computer pick up differences in brain activity to tell whether an image has been seen...images that might flash by before conscious recognition. From the article: 'In a small, anonymous office in the Trump Tower, 28 floors above Wall Street, a man sits in front of a computer screen sifting through satellite images of a foreign desert. The images depict a vast, sandy emptiness, marked every so often by dunes and hills. He is searching for man-made structures: houses, compounds, airfields, any sign of civilization that might be visible from the sky. The images flash at a rate of 20 per second, so fast that before he can truly perceive the details of each landscape, it is gone. He pushes no buttons, takes no notes. His performance is near perfect.'"

Lasrick writes "Yun Zhou writes about the end result of China's long reconsideration of nuclear power safety in the wake of Fukushima. Important details about the decision to adopt designs created in China, and incorporate Gen III in those designs." The short version is that they won't be building more Generation II reactors, opting instead to only build Generation III reactors (which have passive safety systems). Instead of relying entirely on the AP1000, China is speeding up the design of their own Generation III reactors. Plans are still in place for 70GW by 2020, but that date will likely slip due to regulatory delays and the temporary construction moratorium.

Harperdog writes "Laura Kahn has a great article about the long and fascinating history of do-it-yourself research, from Darwin and Mendel to present day. From the article: 'Welcome to the new millennium of do-it-yourself (DIY) biology. Advances in technology in the twenty-first century have enabled anybody, with the desire and the disposable income, to build rather sophisticated laboratories in their own homes. Entire communities have even materialized to promote these efforts -- like the thousands of amateur biologists who contribute to DIYbio.org, a website "dedicated to making biology an accessible pursuit for citizen scientists, amateur biologists and biological engineers."'"

Harperdog writes "Laura Kahn has a great article about the long and fascinating history of do-it-yourself research, from Darwin and Mendel to present day. From the article: 'Welcome to the new millennium of do-it-yourself (DIY) biology. Advances in technology in the twenty-first century have enabled anybody, with the desire and the disposable income, to build rather sophisticated laboratories in their own homes. Entire communities have even materialized to promote these efforts -- like the thousands of amateur biologists who contribute to DIYbio.org, a website "dedicated to making biology an accessible pursuit for citizen scientists, amateur biologists and biological engineers."'"

Harperdog writes "Scott Kemp writes about the similarities between the nuclear arms race and the use of cyberweaponry for offensive purposes. As the article points out, offensive cyberwarfare leaves a nation's own citizenry vulnerable to attack as government agencies seek to keep weaknesses in operating systems (such as Windows) secret. Quoting: 'In the world of armaments, cyber weapons may require the fewest national resources to build. That is not to say that highly developed nations are not without their advantages during early stages. Countries like Israel and the United States may have more money and more talented hackers. Their software engineers may be more skilled and exhibit more creativity and critical thinking owing to better training and education. However, each new cyberattack becomes a template for other nations — or sub-national actors — looking for ideas.'"

Lasrick writes "Benjamin Loehrke describes the rather odd definitions of what is a 'tactical' nuclear weapon and what isn't. 'There is enough ambiguity surrounding the capabilities of tactical and strategic nuclear weapons to render the term "tactical" all but useless for arms control purposes. As the United States and Russia pursue new arms control treaties, they should drop the tactical distinction and limit the total number of all nuclear weapons — strategic, tactical, or other.'"

Harperdog writes "Tom Jacobs has a very cool little story about an Israeli research team introducing a novel way of verifying a computer is being operated by its rightful user. Its method, described in the journal Information Sciences, 'continuously verifies users according to characteristics of their interaction with the mouse.'"

Harperdog writes "Noah Schactman has a great piece on the Airborne Laser, the ray gun-equipped 747 that became a symbol of wasteful Pentagon weaponeering. Despite sixteen years and billions of dollars in development, the jet could never reliably blast a missile in trials. Now the House Armed Services Committee's Strategic Forces wants the Airborne Laser to be used to defend us against the threat of North Korea's failed missiles."

Harperdog writes "In 1999, Senate Republicans rejected the Comprehensive Nuclear-Test-Ban Treaty on the grounds that it wasn't verifiable. The National Academy of Sciences feels this is no longer true, due to new technology. Quoting: 'Technologies for detecting clandestine testing in four environments — underground, underwater, in the atmosphere, and in space — have improved significantly in the past decade. In particular, seismology, the most effective approach for monitoring underground nuclear explosion testing, can now detect underground explosions well below 1 kiloton in most regions. A kiloton is equivalent to 1,000 tons of chemical high explosive. The nuclear weapons that were used in Japan in World War II had yields in the range of 10 to 20 kilotons.'"

Harperdog writes "In 1999, Senate Republicans rejected the Comprehensive Nuclear-Test-Ban Treaty on the grounds that it wasn't verifiable. The National Academy of Sciences feels this is no longer true, due to new technology. Quoting: 'Technologies for detecting clandestine testing in four environments — underground, underwater, in the atmosphere, and in space — have improved significantly in the past decade. In particular, seismology, the most effective approach for monitoring underground nuclear explosion testing, can now detect underground explosions well below 1 kiloton in most regions. A kiloton is equivalent to 1,000 tons of chemical high explosive. The nuclear weapons that were used in Japan in World War II had yields in the range of 10 to 20 kilotons.'"

Harperdog writes "A worrying bit of news about nuclear reactors in the U.S. from the NYT: 'The operators of 20 of the nation's aging nuclear reactors, including some whose licenses expire soon, have not saved nearly enough money for prompt and proper dismantling. If it turns out that they must close, the owners intend to let them sit like industrial relics for 20 to 60 years or even longer while interest accrues in the reactors' retirement accounts.'"

Harperdog writes "Dawn Stover has a fascinating article on the newest nuclear power plant to get approval: the Blue Castle Project on the Green River in Utah. Stover details the enormous damage done by nuke plants on local water systems, and points out that the 1-2 punch of climate change and cooling systems is already taking a toll on the ability of nuclear power plants to operate, because in summer the water they use to cool systems with is too hot even before they use it (Tennessee Valley Authority is the example). "

Harperdog writes "Dawn Stover has a fascinating article on the newest nuclear power plant to get approval: the Blue Castle Project on the Green River in Utah. Stover details the enormous damage done by nuke plants on local water systems, and points out that the 1-2 punch of climate change and cooling systems is already taking a toll on the ability of nuclear power plants to operate, because in summer the water they use to cool systems with is too hot even before they use it (Tennessee Valley Authority is the example). "

Harperdog writes "Laura Kahn has a lovely essay about the history of science fiction, and how science fiction can help explain concepts that are otherwise difficult for many...or perhaps, don't hold their interest. Interesting that Frankenstein is arguably the first time that science fiction appears. From Frankenstein to Jurassic Park, authors have been writing about 'mad scientists' messing around with life. Science fiction can be a powerful tool to influence society's views — one scientists should embrace."

Harperdog writes "Laura Kahn has a lovely essay about the history of science fiction, and how science fiction can help explain concepts that are otherwise difficult for many...or perhaps, don't hold their interest. Interesting that Frankenstein is arguably the first time that science fiction appears. From Frankenstein to Jurassic Park, authors have been writing about 'mad scientists' messing around with life. Science fiction can be a powerful tool to influence society's views — one scientists should embrace."

Harperdog writes "Hugh Gusterson has written a devastating article about what has happened to Iraq's once great university system, and puts most of the blame for its total collapse on the U.S. Quoting: 'While American troops guarded the Ministries of Oil and the Interior but ignored cultural heritage sites, looters ransacked the universities. For example, the entire library collections at the University of Baghdad's College of Arts and at the University of Basra were destroyed. The Washington Post's Rajiv Chandresekara described the scene at Mustansiriya University in 2003: "By April 12, the campus of yellow-brick buildings and grassy courtyards was stripped of its books, computers, lab equipment and desks. Even electrical wiring was pulled from the walls. What was not stolen was set ablaze, sending dark smoke billowing over the capital that day."'"

Harperdog writes "Hugh Gusterson has written a devastating article about what has happened to Iraq's once great university system, and puts most of the blame for its total collapse on the U.S. Quoting: 'While American troops guarded the Ministries of Oil and the Interior but ignored cultural heritage sites, looters ransacked the universities. For example, the entire library collections at the University of Baghdad's College of Arts and at the University of Basra were destroyed. The Washington Post's Rajiv Chandresekara described the scene at Mustansiriya University in 2003: "By April 12, the campus of yellow-brick buildings and grassy courtyards was stripped of its books, computers, lab equipment and desks. Even electrical wiring was pulled from the walls. What was not stolen was set ablaze, sending dark smoke billowing over the capital that day."'"

Harperdog writes "Dawn Stover recounts her attempts to access information at energy.gov, the U.S. Energy Department's 'cutting-edge, interactive information platform,' which apparently isn't any of those things. Especially frustrating were her attempts to locate important documents related to the Yucca Mountain nuclear waste repository. An interesting read for anyone interested in true government transparency."

Harperdog writes "Dawn Stover recounts her attempts to access information at energy.gov, the U.S. Energy Department's 'cutting-edge, interactive information platform,' which apparently isn't any of those things. Especially frustrating were her attempts to locate important documents related to the Yucca Mountain nuclear waste repository. An interesting read for anyone interested in true government transparency."

Harperdog writes "Gabrielle Hecht has an interesting piece on the subcontracted workers of the nuclear energy industry, in Japan and elsewhere. These workers face far more exposure to radiation than salaried workers; in Japan, 90% of the nuclear workforce is contracted. This is an eye-opening look at a practice that 'carries exceptional risks and implications. And until these are recognized and documented, complex social and physiological realities will continue to be hidden.' A good read, but I would like to know how the Fukushima 50 are doing."