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Pianist in tears!!!. Most moving piano performance.

Blind Japanese Pianist Nobuyuki Tsujii bursts into tears when he plays at Carnegie Hall his own composition “Elegy for the Victims of the Tsunami of March 11, 2011 in Japan”.

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Dr. Anthony J. Hall: From Hiroshima to Fukushima, 1945-2011

Introducing the world to Atomic energy with the obliteration of Hiroshima.

Historians have shown that this demonstration of lethal power was to send a hostile message to the Soviet leadership From Hiroshima to Fukushima, 1945-2011: A Nuclear Narrative of Hubris and Tragedy by Anthony J. Hall, Professor of Globalization Studies University of Lethbridge (28 March, 2011, Version 2, Running Draft)

The Nuclear Disaster at Fukushima Nuclear Plant Number One From Hiroshima and Nagasaki in 1945 to the witches brew of melting, spewing and exploding nuclear matter at Fukushima Nuclear Power Plant Number One, the history of humanity’s first decades of encounter with energy’s atomic sources is unfolding as a poetic saga of hubris and tragedy.

In 2011 as in 1945, the people of Japan have been put at the centre of a dark science experiment testing the limits of human capacities to absorb new frontiers of nuclear devastation.

The tsunami of annihilation and then slow, radiation-induced sicknesses and deformities was introduced to the world with the terrible blasts of the two American Atomic bombs at Hiroshima and Nagasaki.

Fate Man and Little Boy were the codenames bestowed by the US Air Force on the two original atomic bombs that were dropped on the two defenseless Japanese cities from the Boeing B-29 Superfortress named the Enola Gay. Hundreds of thousands of tons of highly-radioactive spent nuclear fuel rods are stored at nuclear power stations in Japan, USA and most other nuclearized countries.

This form of nuclear waste remains highly toxic for hundreds of thousands of years The devastation wrought at Hiroshima and Nagasaki may prove limited compared to the catastrophe now set in motion at the maimed power station just north of Tokyo.

The devastation underway has such enormous destructive potential because the site of Fukushima Daiichi (which translates from Japanese as “Fukushima Power Plant Number One”) has long been made to double as a massive storage facility for spent nuclear fuel rods, the most deadly and volatile form of nuclear waste.

Long the Achilles heal of the nuclear energy industry, the used rods that have fueled nuclear plants remain highly radioactive for hundreds of thousands of years or more.

The immense technological problems entailed in trying to isolate this most toxic form of nuclear waste from life’s natural cycles over such vast periods of time has helped to catalyze massive public opposition to the expansion of the nuclear energy industry.

Rather than expose this Achilles heal to the light of yet more public controversy, the lords of most of the world’s 400 or so nuclear power plants decided some time ago to put off a reckoning with the intractable political and technological problems associated with locating new installations devoted specifically to storing contaminated fuel rods emanating from multiple nuclear power stations.

The multiplication of functions, where nuclear power stations are made to double as storage facilities for huge concentrations of densely-packed nuclear waste is nowhere so marked as in the United States.ii

The severity of this congestion of dangerous functions at nuclear power stations in the United States was aggravated when President Obama put the Yucca Mountain nuclear waste facility on hold as an expedient to assuage aroused Nevada voters.

President Barack Obama receives major political and financial backing from the American Nuclear Energy Industry, but especially from the Illinois-based Exelon Company The problem of what do with the nuclear waste has been a primary, yet persistently neglected, facet of the nuclear industry from its inception.

A major proof of this neglect is the fact that the Hanford Reservation in Washington State, the site where the atomic bombs dropped on Hiroshima and Nagasaki were manufactured and assembled, contains 53 million gallons of high-level nuclear waste to this day.iii

As Carol L. Wilson, the first General Manager of the US Atomic Energy Commission observed when he looked back at the beginnings of the industry from the perspective of 1979, Chemists and chemical engineers were not interested in nuclear waste. It was not glamorous; there were no careers; it was messy; nobody got brownie points for caring about nuclear waste… There was no real interest or profit for dealing with the back end of the fuel cycle.iv

The tight juxtaposition of many installations for generating nuclear power, processing nuclear waste, and storing nuclear waste within the narrow confines of the one-and-a half square mile site of the maimed Fukushima plant epitomizes the irresponsibility of a troubled industry.

The depth of the problem is confirmed by the failure of nuclear regulators to explain clearly in the course of the current crisis the immensity of problems generated by the need to isolate vast quantities of toxic nuclear material from any exposure whatsoever to air, to water, and to all living organisms over hundreds of thousands of years.

In speculating that the Fukushima disaster could fast be approaching its “Chernobyl Moment,” Mike Whitney has cautioned that much of the mainstream media’s goal has been “to conceal the scale of the catastrophe in order to protect the nuclear industry. ”v

One of the great tragedies of the Fukushima nuclear disaster is that, as with Hiroshima and Nagasaki, the episode is already giving rise to a huge case study on the uncertain effects of what happens to all living beings, including humans, when they are exposed to such large-scale releases of highly toxic radionucludes, including, for starters, Cesium-137, Strontium-90, Iodine-129, and Plutonium-239.

What are the effects on public health when our life support systems of food, air and water are exposed to so many radioactive elements rushing simultaneously into sea, river, land, and air at extremely quick rates and in very large quantities?

The confusion and subterfuge in the early stages of this giant science experiment on human subjects was suggested on March 27 when officials first reported that water leaking from Fukushima #1’s Reactor #2 was about 10 million times more radioactive than normal.

By the end of the day Sakae Muto, Vice-President of the Tokyo Power Company that runs the crippled plant, revised the original estimate down to 100 thousand times normal levels. In at least one account of Muto’s comments, he is reported to have “ruled out having an independent monitor to oversee the various checks despite the errors.”vi

The Fukushima disaster provides a text book example of the huge dangers inherent in literally stacking up, one on top of the other, so many of the most dangerous industrial processes known to humankind.vii

A single breakdown in one industrial cycle can spread to neighboring industrial operations creating a series of proliferating chain reactions.

This outcome reflects the reality that chain reactions are the atomic essence of nuclear energy.

The release of great amounts of radioactivity into the air system and water systems of the crippled nuclear plant is making periodic evacuations of the crippled control room necessary, removing human agency from the chain reaction of mounting breakdowns, as one disaster begets another, and as a local emergency moves closer and closer to the threshold of a global catastrophe.

The Fukushima #1 site encloses six closely configured nuclear reactors together with seven pools that were supposed to be devoted to the temporary storage of used nuclear fuel.

Instead of periodically emptying the nuclear storage facilities to lessen the likelihood of breakdown in such a high-risk hotspot of intertwined doomsday scenarios, those running this antiquated installation have for four decades packed more and more spent fuel rods into tighter and tighter configurations.

As more and more nuclear waste was concentrated in increasingly overwhelmed cooling pools, the greater and greater became the chance that an industrial disruption, such as the loss of liquid coolant, might provide the environment where radioactive materials could interact in ways that would extend from radioactive fires to the horror of explosions and nuclear meltdowns in the open air.

Even the limited and highly censored images emerging from the Fukushima site have provided clear indications of what this combination of dire circumstances actually looks like. There could be no better expression of the utter madness of this juxtaposition and multiplication of dangers than the design of the General Electric Mark I reactors at Fukushima and at dozens of other sites around the world.

This GE system, originally designed to propel the first generation of US nuclear submarines, situates the cooling pools for spent nuclear fuel rods directly OVER THE TOP of live nuclear reactors. Any disruption of the nuclear reactors, therefore, is quite likely to disrupt the attending mechanism for storing nuclear waste.

The reverse is similarly true.viii This juxtaposition of functions may have seemed unavoidable in the 1950s when the original designers of the Mark I system faced the challenge of trying to cram so many industrial functions into the confined space of a nuclear propelled submarine.

But what is the industry’s justification for linking so closely the mechanisms for generating nuclear power and for cooling as well as storing nuclear waste in the more open environment of land-based nuclear power plants?

The plan back in the early days of the nuclear power industry was to ease the multiplier effect of combined nuclear dangers by carting away nuclear waste from such close proximity to live nuclear reactors.

Because of the so-called NIMBY effect– namely the consistency of citizens’ mobilization to block the construction of nuclear waste dumps by proclaiming “Not In My Back Yard”—the anticipated development of sites devoted exclusively to the large-scale storage of spent nuclear fuel never materialized.

The result is that Japan’s nuclear power plants, like most nuclear power plants around the world, have become repositories for large accumulations of highly toxic nuclear waste.

Only the German nuclear industry has begun seriously to avert the likelihood of chain reactions of proliferating nuclear disasters by making tentative moves to store spent fuel rods to specially designed facilities away well from live nuclear power plants.

Some of the nuclear waste at Fukushima has been packed in multiple casks. Questions have been asked if some of these casks, which can float if only partially filled, were swept out to sea by the Sendai tsunami.

The largest part of the nuclear waste from the nuclear power generators was stored in seven pools, six of which are (or possible were), as already noted, situated directly above the live nuclear reactors.

The seventh and largest storage pool, whose condition remains unclear, is said by the Tokyo Power Company to contain well over 6,000 waste assemblies.

Each assembly contains 64 separate spent nuclear fuel rods. Each rod contains hundreds of radioactive pellets.

Most of the reactors together with the installations for the storage of radioactive waste seem to have been seriously disrupted in a variety of still-unknown ways as a result of the series of explosions and fires that ripped through Fukushima One following the recent Sendai earthquake and tsunami.

The simultaneous convergence of so many breakdowns was quite predictable given Japan’s location on a major seismic fault line and the power plant’s location on the edge of the Pacific Ocean. Just down the coast from the site of the worsening nuclear disaster is Fukushima Power Plant Number Two.

It has four more reactors along with accompanying facilities for processing and storing spent nuclear fuel rods. We have been reassured that Fukushima Two, one of 53 nuclear power stations in Japan, has been stabilized. Could its nuclear materials yet be ignited or otherwise disrupted if a massive explosion was to take place at Fukushima One?

The potential wallop of this ongoing fast release of radionuclides into the land, sea and winds of the Pacific Rim could, in worst case scenarios, become many orders of magnitude more lethal than the hundred or so pounds of fissionable material made to explode over Hiroshima and Nagasaki.

The Fukushima installation combines antique reactors designed during the early years of the Cold War with the most recent generation of plutonium-laced fuel rods produced by AREVA Corporation, France’s most aggressive nuclear merchant and innovator.

The core ingredient of nuclear bombs, plutonium is the most deadly ingredient known to science.

The deliberate combination of the most antique nuclear reactors with the most advanced form of high-octane nuclear fuel is so wildly negligent that it is almost certainly constitutes a criminal violation of public safety laws.

There were many interventions in Japanese courts seeking to block this nuclear madness. Unfortunately the interventions to protect public health failed.

Much of the controversy revolves around the activities of a so-called nuclear reprocessing site at Rokkasho.

Starting in October of 2010, AREVA’s plutonium-laced rods began to be loaded into the nuclear fuel tank of Reactor 3. Reactor 3 is the core installation surrounded by containment shed that on March 14 exploded high into the air in full view of nearby cameras.ix

This explosion occurred two days after the initial blast at Reactor #1, also clearly captured on camera.x AREVA’s first corporate response to the disaster was, like GE, to disclaim any legal liability for its role in the disaster.

AREVA’s spin doctors then quoted approvingly a newspaper editorial asserting, “The public needs to calm down, the environmentalists need to quit trying to make political hay out of a grave crisis, and the politicians need to grow a spine.”xi

YouTube – Veterans Today – (is not available)

con’t below video

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Fukushima Never Again

Published on Oct 2, 2012

“Fukushima, Never Again” tells the story of the Fukushima nuclear plant meltdowns in north east Japan in March of 2011 and exposes the cover-up by Tepco and the Japanese government.
This is the first film that interviews the Mothers Of Fukushima, nuclear power experts and trade unionists who are fighting for justice and the protection of the children and the people of Japan and the world. The residents and citizens were forced to buy their own geiger counters and radiation dosimeters in order to test their communities to find out if they were in danger.
The government said contaminated soil in children’s school grounds was safe and then
when the people found out it was contaminated and removed the top soil, the government and TEPCO refused to remove it from the school grounds.
It also relays how the nuclear energy program for “peaceful atoms” was brought to Japan under the auspices of the US military occupation and also the criminal cover-up of the safety dangers of the plant by TEPCO and GE management which built the plant in Fukushima. It also interviews Kei Sugaoka, the GE nulcear plant inspector from the bay area who exposed cover-ups in the safety at the Fukushima plant and was retaliated against by GE. This documentary allows the voices of the people and workers to speak out about the reality of the disaster and what this means not only for the people of Japan but the people of the world as the US government and nuclear industry continue to push for more new plants and government subsidies. This film breaks
the information blockade story line of the corporate media in Japan, the US and around the world that Fukushima is over.
Mothers of Fukushima-Fighting For Their Children 17 min. 2013(Trailer)

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One of the primary motivations for building nuclear power plants in the first place has been to produce the plutonium needed for the construction of nuclear weapons. xii This overlapping of functions continues yet.

The tight integration of the business of designing and manufacturing nuclear devices as weapons of mass destruction and the business of using nuclear fuel to generate electricity for broad public consumption needs to be emphasized again and again. xiii

To gain insights into the linkages between the building of nuclear power plants and the construction of nuclear weapons one need only consider the controversy attending relevant developments in Israel, India, Pakistan and North Korea.

In 1945 at the dawning of the nuclear age none of these countries even existed except for India. At the time India was still a colony of Great Britain.

The controversy currently swirling around Iran’s nuclear program repeats in a new context the controversy surrounding earlier stages of the efforts to prevent the proliferation of nuclear weapons.

The persistently persecuted whistle blower, Mordechai Vanuna, provided the world in 1986 with pictures illustrating the thick web of industrial connections linking the generation of nuclear energy and the development of nuclear weapons in Israel.

His photographs shed considerable light on Israel’s top-secret installations for the manufacturing of nuclear devices at the Dimona complex in the southeastern corner of one of the world’s most heavily militarized countries. xiv

Another illustration of this same pattern came to light when it was reported in 2010 that the weapons-grade tritium manufactured at the Tennessee Valley Authority’s Sequoyah Nuclear Power Plant would be channeled to the production of nuclear weapons in the United States.xv YouTube – Veterans Today –

The approval of this transfer by President Barack Obama should not come as a surprise.

He and many members of his inner circle, including David Axelrod and Rahm Emanuel, have received significant financial and political backing from the Exelon Corporation, the biggest operator of nuclear power plants in the United States.

Exelon runs 10 nuclear power stations with a total of 17 reactors.xvi

The core of their nuclear empire is in Illinois, the home state of the current US president. One of Barack Obama’s major fund raisers is John Rogers Jr., a member of the Exelon board and Chairman of Ariel Investments. xvii

From its inception in the darkest days of the Cold War, the nuclear energy industry was designed with a view to providing a more civilized civilian face to the stealthy operations of a military establishment that developed atomic energy as medium for mass destruction, including mass murder, on an unprecedented scale.

Some telling continuities have been placed on full display, therefore, in the linkages connecting the subjugation of the Japanese to the horrors of state terror at Hiroshima and Nagasaki and to the present prospect of their slow submission to nuclear-induced sicknesses and deformities from the failed experiment in nuclear deregulation at Fukushima.

The prospect of this nuclear plague spreading to surrounding countries and regions helps to underline the obsolescence of our outmoded conceptions of national sovereignty in the twenty-first century.

The origins of this nuclear plant’s design in the operations of the permanent war economy maintained by the United States since 1941 helps to clarify the artificiality between the civilian and military functions in our societies and in the unaccountable global corporations that have long acted as our real, behind-the-scenes governors.

A former researcher for the Livermore Nuclear Weapons Company based in California, Leuren Moret has pointed out that 85% of all the world’s nuclear power plants have been designed by only two companies, General Electric and Westinghouse.

xviii Both these corporate leviathans have grown up around core divisions devoted to the development of weapons of mass destruction.

Like many military-based firms, both these companies have owned and controlled large media conglomerates integral to the psychological warfare served up to us on a daily basis to divert attention from the real workings of the permanent war economy.

If and when the investigations take place into the genesis of the nuclear disaster presently underway in Japan, it will be important to look much higher up the chain of responsibility and command than the officials of the Tokyo Power Company.

The notorious corruption and fraud of TEPCO officials is but a low-level manifestation of an interlocked system of global power based on the tight marriage of banking, military and media empires.

In the closed kleptocracy of this increasingly concentrated and unaccountable complex of governance by the few, of the few and for the few, conflict-of-interest, bribery, blackmail, negligence, cover-up and failures of due diligence are given wide latitude.

Under these circumstances the supposed safeguards thought to reside in periodic elections, even in the so-called liberal democracies, have become little more than window dressing in a political culture modeled to replicate the appearance of choice between, say, Pepsi and Coke, Westinghouse and General Electric, Hitachi and Toshiba.

Accompanying the still-unfolding global financial debacle and following immediately in the wake of BP’s massive oil contamination of the Gulf of Mexico, the nuclear crisis at the Fukushima #1 highlights yet again the suicidal trajectory onto which we have been placed.

All humanity is experiencing a wild ride on an accelerating technological juggernaut that outstrips the capacities of our now-outmoded systems of political economy and public education to keep up.

Some would say we have been collectively betrayed in this death walk through forms of televised mass hypnosis that helped us accept the massive devolution of government powers to the so-called private sector.

The Fukushima tragedy underlines the outcome of this journey of deregulation towards extremes that grossly violate the public interest and sabotage the common good.

When even the nuclear energy industry is run as a private business for cost-cutting corporations, the pendulum of deregulation has definitely swung way too far. The unanswered questions arising from these and many similar extremes of deregulation come easily.

How are the activities of those who design and operate nuclear reactors as well as nuclear storage facilities in any way private? How are the operations of companies extracting oil from, say, the Gulf of Mexico or the Tar Sands of Alberta, in any way private?

What is private about the assaults on ecology and public health that have been shown to occur regularly and on a massive scale in the industrial transformation of matter into energy?

Who is supposed to pay for the clean up when supposedly-private corporations mess up?

Who is to be held liable in societies where the for-profit corporations have been legally structured around the concept of limited liability?

How are the activities of Goldman Sachs or the other banking partners of AIG in any way private when their deregulated derivative products became so toxic that they plunged the global economy into meltdown mode? Now, at Fukushima, the meltdown from excessive deregulation is not a mere metaphor.

What is a “partial meltdown” anyway? Hiroshima beget Fukushima. The nature of humanity’s shared dilemma is highlighted by the propensity of our mass media of disinformation to point our attention away from those most responsible for the creating the conditions behind the Fukushima crisis—behind the massive breakdown of technology, ecology, public health, and political economy embodied by this disaster.

What happened in the background of this debacle that thrust the employees of TEPCO, a private, for-profit company, into the untenable position assigned them after March 11?

What led up to the crisis still unfolding after a predictable tsunami swept over the nuclear waste dumps and the live museum of antiquated nuclear devices assembled in the Fukushima #1 just a hundred and fifty miles north of Tokyo?

How could this combination of nuclear dangers been allowed to develop in Japan, one of the most active island earthquake zones on earth? From the U.S.S. Nautilus to “Atoms for Peace”

The preponderance of Mark I reactors at Fukushima invokes the dawning of the era introduced to the world with the atomic explosions over Hiroshima and Nagasaki.

The ending of the Second World War with the atomic attacks on Japan doubled as the opening act of the half-century of world history that had at its bipolar core the conflict pitting the USA against the USSR, capitalism against communism, believers in God against adherents of dialectical materialism.

This core conflict dominating the second half of the twentieth century is generally known as the Cold War.

This so-called Cold War, however, was in fact very hot for the people of Korea, Indochina, the Middle East, Latin America, and much of Africa. In these theatres of Cold War conflict, army met army with the direct or indirect military involvement of the two mirrored superpowers.

As is now widely understood, the obliteration of Hiroshima and Nagasaki was directed at putting the Soviet Union on its guard.

The US government was sending a message to the Soviets that, not only did it possess atomic weapons, but that the commanders of the US Armed Forces were ready, able and willing to use these lethal devices against masses of civilians.

What better proof of this position could there be than the actual bombing of the Japanese cities causing the immediate murder of 150,000 individuals and the slow deaths and deformities of many more victims through the infliction of radiation-induced maladies, including epidemics of cancer?

Thus the highest levels of authority in the United States chose to sacrifice scores of Japanese citizens in order to send a message to the Soviet authorities.

The US government was demonstrating its determination to contain and push back Soviet power and influence regardless of the fact that Stalin’s forces were largely responsible for the defeat of Hitler’s army in Germany’s grab for Eurasian living space.xix

In the years following the end of the Second World War, the Cold War was formally born in the passage by Congress in 1947 of the National Security Act.

As the US national security state, including the Central Intelligence Agency (CIA), gained enormous new powers, the US Armed Forces and their corporate partners set to work to redirect the technological forces that had destroyed Hiroshima and Nagasaki. The new enemy was to be Josef Stalin’s communist regime in the Soviet Union.

The US Navy, which had been excluded from the manufacturing of the atomic bomb in the top-secret Manhatten Project, stepped forward to make its mark in the transformed geopolitics of the era.

The US Navy entered the Atomic Age with the initial goal of developing nuclear power plants with sufficient capacity to propel submarines on long underwater voyages.

The primary duty assigned these nuclear-powered submarines would be to carry and, when ordered to do so, launch nuclear-armed missiles aimed at enemy targets.

The course of the Second World War had demonstrated the strategic importance of underwater weaponry.

The conflict had exposed the limitations of existing technology based on battery-powered locomotion that only permitted submarines to conceal their underwater travels for a maximum of about 20 miles at a stretch.

Admiral Hyman G. Rickover: Chief Engineer of The Nautilus’ Nuclear Power Plant and the Founding Father of the so-called “Civilian” Nuclear Energy Industry The Mark I prototype took shape at a military laboratory in Idaho in the early 1950s, where the world’s initial nuclear power plant was assembled, tested and modified in an artificial lake and in the hull of a submarine designed especially for this top secret project.

Hyman G. Rickover led the team of technological innovators commissioned by the US Armed Forces and the Atomic Energy Commission. As the project went from success to success this naval officer and electrical engineer was promoted up the ranks to become an admiral.

Admiral Rickover was to play a major role in pioneering all design, manufacturing and training facets of the use of nuclear power for the generation of electricity not only on military vessels but in land-based power plants as well.

The Mark I design began to take shape when Rickover accepted the Westinghouse Company’s proposal for a boiling water reactor run by the heat generated from nuclear fission. The core operations of the Mark I turn electricity-producing turbines through the medium of steam.

The patents emerging from Westinghouse’s successful bid for the lucrative Navy contract were later purchased and developed by General Electric, the manufacturer of three of the ailing reactors at Fukushima #1 and the designer of all of them.

The Hitachi and Toshibe corporations assembled the other reactors using the GE blueprints. From the design of the propulsion system driving the US nuclear submarines since 1954, to the design of the first civilian atomic power plant at Shippingport Pennsylvania, to 32 of the several hundred nuclear reactors presently running worldwide, the Mark I prototype adopted and developed by Admiral Rickover has been replicated again and again over more than half a century in spite of repeating choruses of serious professional criticisms.

These criticisms became especially intense in the 1970s when several whistle blowers within the nuclear industry resigned, pointing to a variety of structural problems including the vulnerability of the Mark I’s cooling systems to external breakdowns of electrical power.

In spite of their criticisms, the lords of the US nuclear industry continued to depend heavily on the Mark I design.

There are presently 23 Mark I reactors sprinkled among the 103 nuclear power stations currently running in the United States.

The stopping of the flow of electrical power to the Mark I’s cooling systems after the March 11 earthquake and tsunami contributed significantly to the nuclear disaster in Japan.

Another criticism mounted by experts in the field had to do with the inadequacy of the Mark I’s containment systems, a problem whose basis in fact is now on public display in the release of many radioactive gases from Japan’s most seriously crippled nuclear plant. xx

Admiral Rickover was chosen by the US Navy with the objective of integrating the naval division of the US Armed Forces more deeply into the profound realignment of many kinds of power that came about with the introduction of atomic weapons.

Very early on Rickover seized on the objective of extending the utilization of nuclear energy not only to the propulsion of naval vessels but also to the large-scale generation of electricity for more general consumption.

He was encouraged to move in this direction by a number of allies in the so-called private sector, executives in companies like GE, Westinghouse and General Dynamics.

These firms, like the majority of large manufacturing enterprises based in the United States, had expanded exponentially while acting as military partners of the US government during the Second World War.

Rickover played a major role in working with his staff to set up the legal structure of the nuclear energy industry in ways that advanced the proprietary interests of the corporate partners that have long been deeply integrated into the core operations of the US Armed Forces.

Admiral Rickover’s approach was very different than that of a powerful coalition seeking to place controls over all facets of atomic energy in the hands of a genuinely international agency whose highest priority would be to keep this source of such vast concentrations of energy inside a tightly circumscribed circle of research and regulation.

This coalition, which strongly opposed the overly hasty efforts to apply atomic energy to the generation of electricity, included among its members Albert Einstein and Robert Oppenheimer as well as the controversial Anglo-American globalist, Carroll L. Wilson. In 1946 Wilson became the first general manager of the US-based Atomic Energy Commission.

This faction could claim the attachments of the preponderance of living scientists whose theoretical breakthroughs had been integral to the Manhatten Project’s engineering of the atomic bombs that had destroyed Hiroshima and Nagasaki.

This propensity was epitomized by the struggles of Robert Oppenheimer with his own conscience in the light of his awareness of his own role in the process of unleashing such lethal and unpredictable forces on all of humanity.

Oppenheimer’s anguish was most famously captured in his public citation of Vishnu’s cry as drawn from the ancient Hindu text, the Bhagavad Gita. “Now I am become death, the destroyer of worlds.”xxi

In 1953 the course of the Cold War strengthened the hand of the Rickover faction in the struggle over the future of nuclear power.

The fact that the Rickover faction was allowed to take over the momentum of the nuclear industry from so many of those whose efforts established the basis of nuclear science is telling. It perhaps illustrated the truth of Albert Einstein adage that “with the splitting of the atom, everything has changed except our way of thinking.”xxii

While the US had monopolized the capacity to apply the power of the atom to warfare in the years immediately following the Second World War, the geopolitics of nature’s deepest sources of energy shifted in 1949 when the Soviet Union successfully tested an atomic weapon.

In August of 1953 the Soviets detonated the world’s first hydrogen bomb. American Cold Warriors nicknamed the nuclear device Joe 4 after Josef Stalin.

These developments helped accelerate an arms race to the point where, between 1951 and 1953, the US government conducted 37 test explosions of nuclear bombs in the open air.

This assertive display of military might was quite rightly generating growing trepidations in North America and throughout the Americas that a serious spread of radioactivity was underway.

Beyond the huge public health concerns raised by these tests, such provocative nuclear sword rattling could not help but increase fears about the apparent imminence of nuclear war with the Soviet Union.

This rush of new information about military preparation for nuclear warfare was, in the parlance of Madison Avenue, a public relations nightmare.

Against this background of growing fear and general unease with the militaristic behavior of both antagonists in the Cold War, President Dwight D. Eisenhower helped to introduce his two-term presidency with his famous “Atoms for Peace” speech at the United Nations on December 8 of 1953.

Significantly Eisenhower would end his presidency in 1961 by warning against the rising threat of tyranny posed by various networks of private and public power that he labeled the military-industrial complex.

In his “Atoms for Peace” speech, Eisenhower declared that his country’s desire to “find a way by which the miraculous inventiveness of man shall not be dedicated to his death, but consecrated to his life.”

He proposed to “move out of the dark chamber of horror and into the light” by putting the secrets of the atom “in the hands of those who will know how to strip its military casing and adapt it to the arts of peace.”

To advance this ideal he proposed to transform “the greatest destructive forces” into “a great boon, for the benefit of all mankind.” He continued,

“The United States knows that peaceful power from atomic energy is no dream of the future.

The capability already proved, is here today.”xxiii The following year US nuclear submarine, U.S.S. Nautilus, began its test runs.

The Navy’s successful operation of this nuclear powered submarine was widely viewed as a triumph of American technology.

With The Nautilus, the US Navy, GE and General Dynamics create a triumph of American technology, the world’s first nuclear-powered submarine Using Mark I technology, Admiral Rickover quickly expanded his focus beyond submarines to include between 1954 and 1957 the design, construction and testing of the world’s first “civilian” nuclear power plant at Shippingport Pennsylvania.

The building of this land-based project became ground zero of the broader US initiative to implement and lead national and international programs done in the name of applying President Eisenhower’s “Atoms for Peace” speech.

Looking back on this history from the perspective of 1985, one of Rickover’s biographers explained the importance of what had taken place in the early years of the demonstration project that introduced the world to so-called civilian atomic reactors at Shippington Pennsylvania.

The following account of the installation’s history appeared in Fusion Magazine in the summer of 1985: Although small by current standards (60 megawatts), the Shippingport plant had an enormous impact on the development of civilian nuclear technology.

The Shippingport Atomic Power Station in Pennsylvania was ground zero of the global nuclear power industry.

Completed in 1957, Admiral Rickover used it as a training facility for a whole generation of engineers who would dominate the nuclear power industry Because it had no military applications (unlike the slightly earlier British reactor at Calder Hall), its design was unclassified.

Hundreds of engineers from around the world attended seminars on it given by the Naval Reactors Branch, Westinghouse, and Duquesne [Power and Light Company] during 1954-55, and Westinghouse made available thousands of technical reports on every aspect of the project.

Shipping port thus functioned as a school in reactor technology for hundreds of engineers until well into the early 1960s, and the reactor’s design has been the model for more than three fourths of all civilian nuclear reactors produced in the United States and many in foreign countries since that time.xxiv Eisenhower’s “Atoms for Peace” speech was seized upon by the United States’ Cold Warriors as a major theme of US foreign policy.

It provided a blueprint for one aspect of a more overarching US project to integrate US allies or potential US allies into the industrial cycles of US-based corporations and the financial cycles of debt and credit as administered by US-based banking regimes.

It provided a blueprint to advance an agenda of Cold War capitalism geared to the special interests of US military hegemony as linked to the special interests of large US businesses and their expanding international networks of consumers, suppliers, partnerships, franchises, technological transfers, and patent arrangements.

As proclaimed in 1955 by the National Security Council, one of the core expressions of the enormous expansion of the US Executive Branch as the primary global agency charged with the formal, informal and covert attacks on communism, “Atoms for Peace will strengthen American world leadership and disprove the Communists’ propaganda charges that the US is concerned solely with the destructive uses of the atom.” xxv

A Congressional Committee on Nuclear Energy came up with a similar recommendation in 1956 arguing, “Atomic power must be the most tangible symbol of America’s will to peace through the peaceful atom.”xxvi

In South America the US promotion of “Atoms for Peace” led to the early establishment of nuclear power plants in Argentina and Brazil. In the Far East, Taiwan and South Korea were inducted into the nuclear energy club. Japan too would be drawn into the network of polities whose governments were encouraged through access to grants and loans to adopt nuclear energy in the name of “Atoms for Peace.”

But, of course, in Japan this course of action ran against inflamed memories and aroused antagonisms of a nation that had been only a few years earlier on the receiving end of American atomic weapons.

Richard Falk, international jurist and special UN rapporteur on the Israeli-Palestinian conflict, has reflected on the horrors of the Faustian bargains put on offer after the conclusion of the Second World War with two mushroom clouds of death.

The fuller meanings of those deals with the devil have now become incarnate in the disaster at the Fukushima #1. In drawing the connections, Falk refers to the US targeting of Hiroshima and Nagasaki as “the greatest single act of state terror in human history.”

Perhaps an ascent up the chain of command towards the highest level of executive accountability for the Fukushima debacle will help set in motion the long overdue process of addressing the unaddressed criminality entailed in the US decision to obliterate two densely populated and defenseless Japanese cities.xxvii

Television, Anti-Communism, and the Import of the American Nuclear Energy Industry into Japan The establishment of the nuclear power industry in Japan emerged from the same set of forces that were integral to the establishment and deployment of the Japanese television industry as a medium of American-led anti-communism.

This convergence of factors, all taking their queues from the psychological warfare of the Cold War, has run through the history of the US-based and Japan-based megacorporations that have had a hand in designing, manufacturing and installing the industrial infrastructure of Fukushima Nuclear Plant Number One.

Figuring prominently among these corporate entities are General Electric and Westinghouse as well as some of Japan’s Zaibatsu-based conglomerates, but especially Hitachi, Toshiba and Mitsubishi. General Douglas MacArthur signs the instrument of Japan’s surrender.

Between 1945 and 1952 MacArthur was the Supreme Commander of U.S. Occupying Forces in Japan The Zaibatsu-based partners of the American conglomerates epitomize strands of continuity linking the pre and post-WWII political economy of Japan.

It was the imperatives of anti-communism that drove the US decision to revive the old Zaibatsu-based structures of productivity and authority that had animated the war machine whose imperial masters had ordered the attack on Pearl Harbor in 1941.

Knowledge of this history is crucial to the success of any effort to understand the genesis of the political decisions resulting in the placement of the world’s third-largest nuclear energy industry on one earth’s most earthquake-prone zones.

Many forces combined in the unstable mix of ideological, political, commercial and industrial factors that would explode into tragedy with the Fukushima nuclear disaster.

The aggressive anti-communism that was the primary catalyst of this mix can be traced most tellingly through the collaboration linking a US Senator from South Dakota with a police commissioner and war propagandist who extended his media empire in imperial Japan to a broadcasting empire in post-WWII Japan.

The primary figure on the US side of the equation was Senator Karl Mundt, a close associate of future US president Richard Nixon. The so-called Mundt-Nixon Bill of 1948 lies near the inception of a growing tsunami of anti-communist initiatives emanating from the imperial capital of Cold-War America.

Senator Mundt was one of the most assertive members of the now-notorious Congressional Committee on Un-American Activities chaired by Senator Joseph McCarthy. Mundt was also was a founder of Voice of America, a US government agency for the dissemination of so-called overt propaganda.

As Ian Johnson has written, “Cold War propaganda developed along two tracks, covert and overt.

Programs such as the States Department’s support of film, radio, art, and exchange programs, and the Voice of America broadcasts were considered overt propaganda because they could be clearly identified as government efforts.

Covert operations ranged from secretly funded magazines to anonymous smear campaigns.”xxviii

Senators Mundt and McCarthy shared a preoccupation with putting a spotlight on show business as an alleged hotbed of communist activity.

In 1950 in his widely publicized “Vision of America” speech, Senator Mundt gave a new twist to this preoccupation, proposing a strategy of psychological warfare aimed at expanding the reach of television technology with the primary aim of broadcasting idealized pictures of the American way of life.

Senator Mundt placed special emphasis on the development of commercial television networks in Turkey, the Philippines, Indonesia and Japan. Drawing on the legacy of the destruction of Hiroshima and Nagasaki as a display of American technological wizardry, Mundt referred to television as a “See-Bomb.”

He asserted “Television can put in motion chain reactions for constructive good which rival in their magnitude the destructive consequences of the chain reaction of the A-bomb.” xxix

A radio announcer by the name of Shibata Hidetoshe became the primary intermediary between Senator Mundt’s anti-communist bandwagon in Washington and the obsessive anti-communism of Shoriki Matsutaro, the founder of both Japan’s commercial television industry as well of Japan’s domestic nuclear energy program. Shoriki Matsutaro: The frontman in Japan for President Eisenhower’s “Atoms for Peace” initiative Even before the Admiral Rickover’s team had completed the first so-called “civilian” facility for the generation of atomic energy at Shippingport Pennsylvania, Shoriki got himself named in 1956 as the founding chair of the Japan Atomic Energy Commission in 1956.

Shoriki combined some of the attributes of J. Edgar Hoover with those of William Randolph Hearst in the history of imperial Japan prior to that regime’s defeat in 1945.

As a police commissioner, Shoriki was much like the American FBI Chief in the satisfaction he derived from directing the state’s repression and brutalization of communist strikes and protests.

As owner of the Yomiuri newspaper, Shoriki promoted the Japanese colonization of Manchuria much like Hearst had done in encouraging the US military to invade the remaining Spanish colonies in Cuba and the Philippines.

A contender for mayor of Tokyo in the 1930s, Shoriki displayed his deft populist touch in his organizing of a Japanese tour for Babe Ruth and the New York Yankees in 1935.

Shoriki followed up this initiative up by founding the Yomiuri Giants baseball team in Tokyo. Like many of the industrialists, financiers and media moguls rooted in the aristocratic Zaibutsu clans that had directed the channeling of Japan’s prolific productivity into the imperial war machine of Emperor Hirohito, Shoriki was rounded up as a class A war criminal by the occupying army under US General Douglas MacArthur.

Under General MacArthur’s command, The Sugamo Prison held many accused of “Class A” war crimes. Among the prisoners was Shoriki Matsutaro and many other Zaibatsu corporatists that would become titans of finance and industry in the informal U.S. empire Shoriki occupied a prison cell across the hallway from Yoshisuke Aikawa (aka Ayukawa Gisuke), an industrialist who went on from his pre-war exploits as a major participant in Japan’s colonization of Manchuria to become the driving force behind the rise of the Nissan group of companies after the Second World War.

The Sugamo prison has come to be regarded by some observers as a kind of gentleman’s hotel where the American occupiers of Japan began to acquaint themselves with the Zaibatsu elites on whom they would come to lean so heavily in the project of building up Japan as a capitalist powerhouse to contain the eastward spread of Soviet influence as well as that of Chinese Communism after 1949.xxx

The westward wing of this same policy of containment, one of the primary doctrines of the US anti-communism during that era, proved to be Western Europe, but especially West Germany.

As with the war crimes trials in Tokyo, the war crimes trials at Nuremberg tended to downplay the role of financiers and industrialists in the Nazi horrors.

This outcome came about because it was deemed that those who had built up the financial and industrial infrastructure of the Nazi war machine must be encouraged and helped with the task of building the capitalist bulwarks to contain the westward spread of Soviet-backed and Soviet-inspired communism. xxxi

The transformation of Germany and Japan, the two main Axis opponents of the spread of Soviet-style communism before WWII, into key allies of US-led anti-communist after 1945 forms one of the central phenomena in the entire geopolitical history of the twentieth century.

Shoriki was released from prison in 1947, though he continued to be subject to legal prohibitions that prevented him from holding public office or working at jobs in the Japanese media of mass communications.

These kind of restraints, however, evaporated quickly once the Korean peninsula flared up in 1950 as the site of major fighting between the United States and the Chinese Red Army.

The ascent of the revolutionary forces of Mao Zedong in 1949, followed by the inception of the Korean War, helped heightened the zealotry of anti-communism within the United States.

This development helped fuel the attacks led by the likes of Joseph McCarthy and Karl Mundt against real or imagined communists in positions of power.

The politics of anti-communism was replicated more broadly and more harshly in Japan as almost 30,000 labor organizers, teachers, civil servants and such were stripped of their jobs in an extremely ugly and aggressive Red Purge.xxxii

The other side of this crackdown saw men like Shoriki Matsutaro unburdened of any and all legal restrictions as the US occupiers prepared to formally hand over the powers of self-government to the people of Japan in the San Francisco Treaty of 1952.

By the time Shoriki was “unpurged” in 1951 many of the elements were already in place for him to apply for and receive the broadcasting license that would him make him the founder of the Nippon Television Network.

As Simon Partner has observed, Shoriki’s “brightest credential” in the eyes of his main American backers proved to be his “anti-communist past.” xxxiii Indeed, Shoriki was far from alone in making the transition from a class A suspect of war crimes in 1945 to a titan of industry and a frontier soldier in the US-led campaign to contain and crush real, imagined or manufactured communists.

Arima Tetsuo has written a Japanese-language book on the role of US anti-communism in the establishment and early operations of Shoriki’s Nippon Television Network.

Arima’s rendition of history presents Shoriki pretty much as a front man for an initiative emanating from deep within the American national security of state.

He writes First, various intelligence and information agencies of the United States were involved in the establishment of NTV. There were four groups of people involved. Of course, there were Matsutaro Shoriki, president of NTV and the owner of Yomiuri Newspaper—which had a ten-million circulation—and his private secretary, Hidetoshi Shibata.

The second group was the Japan Lobby (American Council on Japan), which consisted of

(i) William Castle, former ambassador to Japan and consultant to CIA whose diary is kept at Houghton Library of Harvard University library,

(ii) Eugene Dooman, former counselor of Japan and leader of Dooman Group that engaged in psychological warfare with CIA in postwar Japan; and

(iii) James Kaufmann, an attorney for RCA, General Electric, etc. He was professor at Tokyo University and taught western laws. CIA transcripts indicated that he was not a CIA agent.

He was the top of AP and the Scripps and Howard Group, but he was an adviser to CIA. The fourth group, OSS, an old-time intelligence agency, had James Murphy—number two of OSS and attorney for NTV—and William Donovan, Director of OSS and adviser to MSA (Military Security Act).xxxiv

Arima goes on to outline the form, content and sources of the television culture developed by Shoriki’s network during the first decade or so of its existence. He writes, NTV was not planned as a medium for entertainment or for commercialism.

It was planned as a medium for propaganda and military communications. Building NTV was a cover of CIA operation to build anti-communist military and propaganda network.

It was not Shoriki but the U.S. who made the plan.

The U.S. did not help Shoriki build the network; the U.S. used Shoriki to build it.

NTV was meant to be a part of a world-wide telecommunication network in the overall scheme of U.S. anti-communist policy.

The CIA and the USIA (the United States Information Agency) provided American TV programs. American films and TV programs occupied Japanese primetime TV until the late 1960s.

They played a very decisive role in forming Japanese TV culture. Japanese TV producers and directors learned the know-how from these American TV programs.

(Some of them were sent to the US to learn how to produce TV programs through the exchange program sponsored by the USIA.) It was the CIA and USIA that planned and designed Japanese TV culture.xxxv

One of the first campaigns mounted by the owner of the Yomiuri newspaper and of the newly-minted commercial television network was to promote in 1955 an exhibit in Tokyo based on the theme of “Atoms for Peace.”

With the encouragement and help of his US and Japanese backers, Shoriki thus set himself the task of becoming his country’s most enthusiastic promoter of nuclear power for the generation of the electricity.

Of course Shoriki’s present and future customers would require access to large new sources of electrical energy in Japan in order to power their TV sets and the other electrical appliances that would in future years become synonymous with the Japanese economic miracle.

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Shoriki’s promotion of the “peaceful” uses of nuclear energy to generate electricity continued a pattern of visits by US celebrities that were organized whenever the entrepreneur had a pet project he wanted to raise in public stature and visibility.

Whether Shoriki’s goal was to establish a Japanese baseball team or secure a TV license or promote nuclear energy for the generation of electricity, his publicity tactics were quite consistent.

Among the visiting salesmen in his Shoriki’s bid to prepare public opinion for the expansion into Japan of the American nuclear energy industry was John Jay Hopkins, president of General Dynamics, a company involved in the work of the US Naval Reactors branch from the start.

Also present in Tokyo for the “Atoms for Peace” exhibit was the famed nuclear scientist, Manhatten Project dynamo, financial wizard and all-round entrepreneur, Ernest O. Lawrence. xxxvi

Lawrence R. Hafstad, a physicist who had worked closely with Admiral Rickover in developing the nuclear power plant for the Nautilus, rounded out the delegation that spoke in Toyko’s Hibya Park. xxxvii

The “Atoms for Peace” exhibit came in the wake of a major US test of a hydrogen bomb at the Bikini Atoll in the south Pacific that had contaminated with nuclear radioactivity the 23 members of the crew on a fishing boat, the Diago Fukuryu Maru.

One of the crew members immediately died and many more became very ill. The episode was widely reported in Japan, where some referred to the debacle as the “second Hiroshima.”

The nuclear explosion, code named Operation Castle Bravo, was calculated to be about 1,000 times more powerful than the bombs that had destroyed Hiroshima and Nagasaki. The test bomb proved to have more than twice the force anticipated by weapon’s designers.

The menacing news about the incident helped inspire Nevil Shute to write On The Beach, a fictional account of one of the last outposts of life in Australia after the devastation of a nuclear war in the Northern Hemisphere. xxxviii

The contamination of the Japanese fishing crew helped inspire some of the protests in 1955 by a number of Japanese citizens pointing to the dangers and contradictions lurking behind Shoriki’s promotion of the “Atoms for Peace” event in Tokyo.

Nevertheless, through unrelenting salesmanship, including through the deployment of pop culture figures like the carton robot, “Astro Boy,” Shoriki made his newspaper and television empire instrumental in turning public opinion towards at least a begrudging acceptance of nuclear power as a viable way of generating electricity.

Of course this course of action acquired considerable momentum of its own accord in a fairly small but densely populated island country with no major deposits of conventional energy sources.

Shoriki’s role in selling nuclear power and then in leading government initiatives to kick start the nuclear industry are explained by Kawabe Ichiro in his brief overview of the history of nuclear disarmament in Japan.

He writes In 1954 a Japanese fishing vessel was caught in a nuclear test carried out by the US in the Bikini Atoll area.

This turned public opinion strongly against US. In order to weaken anti-American sentiment, Shoriki Matsutaro, a man who owned the Yomiuri Shimbun newspaper and Nihon TV, and had once been classified as an A-class war criminal, set about improving the image of nuclear power.

Of course both the US and the Japanese Governments were working toward this end, but whereas the Americans were working in an unofficial capacity, Shoriki’s actions were explicit.

Not only did he run advertisements in the newspaper and on TV supporting nuclear power, he became a Member of Parliament in February 1955 and then, as a State Minister, the first chair of the Japan Atomic Energy Commission which was established in January 1956. For the Japanese Government, promotion of nuclear power generation and supporting the US nuclear weapons policy, were tied together from the start. xxxix

Shoriki’s quick transition from Japan’s number one cheerleader for nuclear energy to the job of overseeing and regulating the industry in its most seminal phase of development presents a classic example of the failures of scientific rigor, commercial acumen, respect for the imperatives of public safety, and absences of plain common sense now on full public display in the nuclear disaster at Fukushima #1.

The phenomenon of nuclear industry promoters doubling as nuclear industry regulators is deeply endemic of the continuing situation in Japan, but in virtually every nuclearized polity on earth with the possible exception of Germany.

Shoriki’s career in post-WWII Japan demonstrates much about the processes for manipulating public opinion that made it possible for nuclear energy systems to be accepted as a primary means of generating electricity for public consumption even in one of the most active earthquake and tsunami zones on earth.

The secrecy attending these regulatory conflicts-of-interest make it highly unlikely that the regulatory authorities in charge of Japan’s 53 nuclear facilities have given a complete public accounting even now of the full extend of the dangers generated by the Sendai earthquake and tsunami of March 11, 2011.

Peace and Liability: Mobilizing to Oppose the Dangers of Nuclear Energy Any attempt to explain the Japan’s deep integration with the global fortunes of the American nuclear energy industry cannot be made complete without some careful consideration of the role of the United States in creating the Constitution of its former enemy.

Drafted in 1947 under the direction of General Douglas MacArthur, Supreme Commander of US Forces in the Occupation of Japan, Article 9 of this document announced, “The Japanese people forever renounce war as a sovereign right of the nation, and the threat or use of force as a means of settling international disputes.

Land, sea, and air forces, as well as other war potential shall never be maintained.” In 1952 the period of formal occupation of Japan by US Armed Forces was brought to an end in the Treaty of San Francisco.

Attending this international agreement was the Japan-US Security Treaty that set out the legal framework for the retention of many US military bases set up in the wake of the Japanese surrender in 1945.

The codified renunciation of the instruments of war in Article 9 helped provide a hook of propaganda to be exploited in the process of making Japan the poster child of President Eisenhower’s “Atoms for Peace” initiative.

This interpretive thrust found expression in The Atomic Energy Basic Law adopted by the Japanese parliament—the Diet– in 1955. This legislation codified Japan’s intention to “utilize” atomic energy for “the welfare of mankind and the elevation of the national living standard.”

It established the legal foundations for the Japanese Atomic Energy Commission, whose first chair was Japan’s most avid media cheerleader of nuclear energy, Shoriki Matsutaro.

A key passage of Chapter I, Article 2 of the Basic Law was written to conform with the content of Article 9 of the Japanese Constitution.

“The research, development and ultilization of nuclear energy,” the provision detailed. “shall be limited to peaceful purposes.” The Japanese nuclear program would “aim at ensuring safety, and shall be performed independently under democratic administration.”

The results of information obtained in these endeavors “shall be made public so as to actively contribute to international cooperation.”

As explained by Kawabe Ichiro, the core of the US strategy for Japan after its defeat in the atomic conflagrations of Hiroshima and Nagasaki was to “revive the old regime which had supported Japanese militarism.”xl The role of Shoriki as a leading enemy and then a leading friend of the United States is indicative of this pattern.

Shoriki retained the momentum of his Japanese version of the “Atoms for Peace” initiative. In doing so he helped direct a saga of industrialization that would make Japan the third biggest host of the nuclear energy industry after the United States and France.

Along the way from Hiroshima to Fukushima, the Japanese government reproduced some of the tactics for promoting nuclear energy as pioneered in the United States by Admiral Rickover and his corporate partners.

Between 1963 and 1976, for instance, the US-led nuclear industry sought to advance its interests through an active campaign of public education at the Japan Power Demonstration Reactor.

This facility performed much the same functions locally as those that had been initiated at the Shippingport Nuclear Power Station after 1957.

In spite of the all the hype and political clout behind the expansion of the nuclear energy industry in Japan, some parts of Japanese society have thrown up spirited and determined opposition to this thrust of policy starting with protests in 1955 in Toyko’s Hibya Park against Shoriki’s public relations campaign.

Sometimes this opposition movement directed its activities to outlawing all uses of nuclear energy as channeled both into the production of nuclear weapons and into the generation of electricity.

This broader approach to the issue has consistently been that of, for instance, a powerful Buddhist organization in Japan named Soka Gakkai. In 1973 it collected 10 million signatures aimed as this more comprehensive approach to dealing with the expansion of the industry whose powerful technology was introduced to the world in the incineration of Hiroshima and Nagasaki.

Even at the highest echelons of Japanese authority officials have not always bowed to the initiatives thrust their way by imperial Washington and the leading corporate partners of the US Armed Forces. In 1960, for instance, Japanese Prime Minister Ikeda Hayato appointed peace activist Okazaki Katsuo as Japan’s ambassador to the United Nations.

In 1961 Ambassador Okazaki supported a very contentious resolution of the UN General Assembly entitled the Declaration on the Prohibition of the Use of Nuclear and Thermo-Nuclear Weapons.

In doing so Japan became the only so-called “Western” country to oppose the leadership of the United States and join with the majority in the UN’s most inclusive legislative assembly. Japan voted with the majority of UN countries in asserting that the development and use of nuclear arsenals violated key provisions of the UN Charter.

Japan has been the site for the growth of many NGOs—Non-Governmental Organizations– opposed to the activities and expansionary plans of the nuclear energy industry.

One such NGO is the Citizens Nuclear Information Center established in Tokyo in 1975.

On the day after the Sendai earthquake and tsunami the CNIC issued a press release that included the flowing statement, “Last December the Japanese government began a review of its nuclear energy policy.

The review was commenced in the spirit of essentially confirming the existing policy. That approach is no longer viable.

The direction of the policy review must be completely reversed. It must be redirected towards developing a policy of phasing out nuclear energy as smoothly and swiftly as possible.” xli

The initiatives in public education by the CNIC and many other organizations has gradually been turning the tide of public opinion towards the side of conservative caution even before the Fukushima nuclear disaster that was triggered by the predictable earthquake and tsunami of March 11. In 2005, for instance, only one in five of those surveyed believed that nuclear power is safe enough for the construction of new nuclear plants in Japan. xlii

Those seeking to stop the building of the Kaminoseki Nuclear Power Plant have engaged in sit-ins, hunger strikes, art displays and direct encounters with the China-based Chugoku Electric Company

This opposition movement has found one of its most forceful centers of gravity in the campaign to stop the building by the Chugoku Electric Company of the Kaminoseki nuclear energy facility in the Japan’s Seto Inland Sea region. This pristine treasure of indigenous Japanese ecology is abundant in biodiversity.

The tactics of those opposed to the project have included hunger strikes, sit-ins, and direct encounters between scores of Iwaishima Islanders and contractors preparing the Kaminoseki site.xliii

The Rokkasho Nuclear Fuel Reprocessing Plant has been the site of particular contention in recent years. Owned by Japan Nuclear Fuel Limited, Rokkasho is a controversial factory where spent nuclear fuel rods are “recycled” so that nuclear waste is reconstituted as turbocharged MOX fuel that includes high concentrations of plutonium.

In 2008 the movement to stop the reprocessing enterprise at Rokkasho put thousands of protestors into the streets of Tokyo. They are said to have represented hundreds of groups demanding an end to the intensification of nuclear dangers that come with the so-called “reprocessing” of nuclear waste.

The Stop Rokkasho movement makes ample use of music and other artists’ creations.xliv As Richard Falk has observed in his reflections on the Faustian bargains of the nuclear age, the risks of nuclear energy “if objectively assessed, were widely known for years, yet effectively put to one side.”

He continues, “It is the greedy profit-seekers who minimize and suppress these risks, whether in the Gulf of Mexico or Fukushima or on Wall Street, and then scurry madly at the time of disaster to shift responsibility to the victims that makes me tremble as I contemplate the human future.” xlv

Falk’s observation about the shifting of responsibility to the victims in times of disaster is tellingly born out by a report in Bloomberg News. On March 23 the news agency reported, “Japan’s taxpayer, not the nuclear industry, will cover most of the cleanup cost from the worst accident since Chernobyl, a financial rescue that may spur moves by other nations to make companies assume more liability.”

It is the employees and officers of the Toyko Power Company, TEPCO, who seemingly still remain the main crisis team to deal with the Fukushima disaster and to interpret its character and scope for the public.

According to a report in Bloomberg News, the corporate entity that appears presently to be bearing the bulk of the responsibility is not financially responsible for the full extent of the damages that will be incurred because of what is transpiring at its nuclear plant.

TEPCO is apparently liable for the third-party damages resulting from the incident only up to the amount of $2.1 billion.

Unfortunately this figure seems small compared to the scope of the disaster that continues to unfold. Bloomberg added, “Should the government declare the magnitude-9 earthquake and tsunami that flooded its reactors an ‘exceptional’ act of God, the utility may be off the hook in paying compensation that may be demanded by injured workers, farmers and shareholders.” xlvi

Toxic radioactive gasses escape from the Fukushima nuclear disaster site What is the logic of privatizing a public utility if the company or companies providing the public service do not have to bear the legal liability for assaults on public health and ecological systems resulting from corporate incompetence, fraud, or negligence?

How should Japanese citizens take the news that they are held to be collectively liable to bear most of the costs for the damage done by a preventable nuclear catastrophe that is hitting just as they are trying to make it through the very first stages of recovery from the largest earthquake and tsunami in their recorded memory?

While TEPCO apparently has already established its limited corporate liability, the first concern of ARVEDA and GE and many other companies involved in the man-made elements of the disaster has been to defend their products and thereby attempt to avert the prospect of being sued for various forms of malfeasance.

On March 18, for instance, GE issued a press release indicating, “The Mark I meets all regulatory requirements and has performed well for over 40 years.” GE added, “The Mark I containment designs were modified in the 1980s to address improvements in the technology and changing regulatory requirements. All these changes required by regulatory authorities have been implemented.”xlvii

This pattern of companies seeking to escape legal liabilities for their inventions and production procedures in manufacturing and operating nuclear devices has been clear and consistent from the start of the industry.

In commenting on the requirements of Charles Wilson, the CEO of General Electric during the Second World War, an historian of the project to construct the first atomic weapons observed, “GE expected full recovery of all costs incurred in connection with the contract and protection against liabilities, since hazards of ‘an unusual and unpredictable nature’ were involved.”

There were to be no exceptions in the seminal phase of the nuclear industry to the uniform “insistence” of corporations that they must be “completely free of liability for their actions.”xlviii

The indemnification of private companies from the consequences of accidents in the nuclear energy industry was formalized with the Price-Anderson Act of 1957.

It amended parts of the Atomic Energy Act of 1946 that established the Atomic Energy Commission.

One reason given for making taxpayers the ultimate backstop for potential payouts to those killed or injured by the activities of the corporate agencies of the nuclear energy industry was that no private insurance companies were willing to assume the risks in this line of enterprise. Congress renewed the Price-Anderson Act in 1967, 1975, 1988, and 2005.

Its most recent extension in 2005 was legislated to run for twenty additional years.xlix The Price Andersen Act provided a legal prototype that was basically exported along with American nuclear technology to those countries that accepted US leadership in this field.

The legacy of the way the American “Atoms for Peace” initiative was absorbed into the industrialization of Japan after WWII helps explain why those masses of citizens attempting to cope with the aftermath of the worst natural disaster in their history are left holding the bulk of the liability for a preventable, or at least partially preventable, nuclear accident whose full horrible extent remains unclear.

Extremes of Laissez-Faire In Bailout Nation Barry Ritholz attempts to explain the genesis of the financial contagion that moved from Wall Street to the global economy beginning in 2008.

Like most of those who have attempted to diagnose the financial debacle, Ritholz attributes the economic meltdown to the excesses of deregulation that opened the way for various sorts of executive plunder, incompetence and fraud to run rampant.

Ritholz turns to history to demonstrate that there was every reason for executives, but especially those in the financial services sector, to expect that governments would draw on taxpayers’ money to save key institutions from going under when calamity inevitably struck.

Like the financial meltdown and BP’s industrial toxification of the Gulf of Mexico, the Fukushima nuclear disaster seems like yet another dramatic example of an increasingly familiar pattern.

The nuclear crisis in Japan illustrates yet again what happens when the delivery of public services, including the provision of public utilities, are passed to the so-called private sector.

It illustrates what happens when these and other key businesses are left unregulated and when the public is left to bear the consequences and pay the costs of enormous corporate transgressions.

Again and again, it seems, profits are privatized whereas the attending costs of doing business in terms of deteriorating public health, citizens’ savings, social cohesion, and ecological equilibrium are simply swallowed or socialized as the debt of taxpayers to be carried over long periods of time.

“Let posterity pay” seems to have become the motto of our unstable and unsustainable system of economic relationships. Ritholz points to Ronald Reagan as “the intellectual father of the modern radical deregulatory movement.”

l Significantly, Reagan learned and cultivated his philosophy of extreme deregulation of business when he was employed between 1954 and 1962 as the primary television spokesperson of the General Electric Company.

During this period he was the host of General Electric Theatre, a highly-rated drama broadcast weekly by the CBS Television Network.

As GE’s most high-profile representative to the American public, Reagan immersed himself deeply in the corporate culture of his patrons. GE’s leadership in applying nuclear technology to military operations and civilian life, together with the company’s deep involvement in the psychological warfare of the Cold War, extended broadly throughout the informal empire of the United States.

As we have seen, some of GE’s products and methodologies proved to have particular significance for the development of Japan.li Ronald Reagan began to attract attention as an effective anti-communist politician when he backed Barry Goldwater’s run for the US presidency in 1964. During that presidential campaign he warned of the “government invasion of public power” and cautioned against “abandoning the American Revolution” with the view that “a little intellectual elite in a far distant capital can plan our lives better for us than we can plan for ourselves.”

In moving from the job of Governor of California in 1966 to that of President of the United States in 1981, Reagan perfected his frequent appeal that “Government is not the solution to our problems. Government is the problem.” lii

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Today it is the lack of strong, accountable government that has been put on clear display in the prelude to, and genesis of, the nuclear disaster at Fukushima.

Where in the Army Corps of Engineers now that we need them? Where is General Electric? Where is the US Navy to help in the mass evacuation that the gravity of this emergency seems to demand?

Where are the investigative reporters we need to look behind the façade presented by Tokyo Power Company to seek answers from those really responsible for creating the underlying conditions of this crisis?

Where is the US government that bears an enormous part of the responsibility for Japan’s transition from the agony of Hiroshima to the agony of Fukushima? How would Admiral Rickover view this outcome at Fukushima of the technological legacy derived from the bombs dropped on Hiroshima and Nagasaki?

While the chief engineer of the Nautilus and of the Shippingport nuclear energy plant helped set the course towards the proliferation of so-called “civilian” nuclear energy plants, in his later years this iconic figure of the military-industrial complex questioned the wisdom of his former course.

In a presentation to a Committee of Congress in 1982, Admiral Rickover reflected, Now when we go back to using nuclear power, we are creating something which nature tried to destroy to make life possible…

Every time you produce radiation, you produce something that has a certain half-life, in some cases for billions of years. I think the human race is going to wreck itself, and it is important that we get control of this horrible force and try to eliminate it…

I do not believe that nuclear power is worth it if it creates radiation.

Then you might ask me why do I have nuclear powered ships. That is a necessary evil. I would sink them all. Have I given you an answer to your question?liii

I think Admiral Rickover answered his own question well. But what about the big questions I asked of you, the reader, near the beginning of this essay? My question was as follows:

How could this combination of nuclear dangers been allowed to develop in Japan, one of the most active island earthquake zones on earth? Hopefully this essay begins to suggest some answers to this important question. i

ENDNOTES TO “FROM HIROSHIMA TO FUKUSHIMA, 1945-2011 Keith Bradsher and Hiroko Tabuchi,

“Greater Danger Lies in Spent Fuel Rods Than in Reactors, The New York Times, 17 March, 2011 ii

Interview with Robert Alvarez on the Dangers from Depleted Nuclear Fuel, Living On Earth, 18 March, 2011 Robert Alvarez et. al., “Reducing the Hazards of Spent Power-Reactor Fuel in the United States, Global Security, Vol. 11, no. 1, 3003, 1-60iii

Hanford Quick Facts at iv

Carrol L. Wilson, “Nuclear Energy: What Went Wrong? Bulletin of Atomic Sciences, Vol. 35, June, 1979, 15 v

Mike Whitney, “Fukushima ‘Chernobyl Moment’ Could Be Fast Approach, op ed news, 26 March, 2011vi

Yuri Kageyama and Mari Yamaguchi, “More Obstacles Impede Crews in Japan Nuke Crisis,” Associated Press, 27 March, 2011 vii

Stephen Leahy, “Japan Nuke Disaster Could Be Worse Than Chernobyl, IPS, 17 March, 2011 Keith Harmon Snow, “Nuclear Apocalypse in Japan, Lifting the Veil of Nuclear Catastrophe and Cover-Up,” Conscious Being, 18 March, 2011 viii

California Fire Department, “Japan: Fukushima Nuclear Plants Reaching Critical Levels Could Explode,” 15 March ix

Fukushima I Nuclear Power Plant Reactor 3 Explosion on March 14, 2011 x

Big Explosion, Reactor No. 1, Live, 12.03.2011 xi

AREVA, “Quote of the Moment,” March 18, 2011 xii

Rodney P. Carlisle and Joan M. Zenzen, Supplying The Nuclear Arsenal: American Production Reactors, 1942-1992, (Baltimore: Johns Hopkins Press, 1996) xiii

See International Campaign to Abolish Nuclear Weapons,” Nuclear Reactors,” Arms Control Association, U.S. Civilian Nuclear Reactor to Produce Weapons Material, November, 2003 xiv

Israel’s Dimona Nuclear Weapons Facility in 3D A Sample of Morechai Vanunu’s Photographs of the Dimona installation xv

Dave Flessner, “Sequoyah To Produce Bomb-Grade Materialtimesfreepress.com, 3 February, 2010 xvii

John McCormick, “Nuclear Illinois Helped Shape Obama’s View of on Energy Dealing with Exelon,” Bloomberg News, 23 March, 2011 xviii

Leuren Moret, “Nuclear Power Safety in US— not any safer than in Japan,” 16 March, 2011, Press TV xix

Gar Alperovitz, The Decision to Use the Atomic Bomb (New York: Vintage, 1996) xx

Cathy Schwartz, “Reactors at Heart of Japanese Nuclear Crisis Raised Concerns as Early as 1972, TFD News, 15 March, 2011 xxi

Robert Oppenheimer filmed xxii

Albert Einstein quoted xxiii         P

resident Eisenhower’s Atoms for Peace Speech, December 8, 1953 xxiv

Robert Zubrin, “Admiral Rickover and the Nuclear Navy,” Fusion, Vol. 7, number 4, July/August, 1985, 14 xxv

Cited in Daniel Wit, “The United States and Japanese Atomic Power Development,” World Politics, Vol. 8, no. 4, July, 1956, 489 xxvi

Congressional Committee cited in ibid, 490 xxvii

Richard Falk, “Learning From Disaster? After Sendai,” 15 March 2011 xxviii

Ian Johnson, A Mosque in Munich: Nazis the CIA, and the Rise of the Muslim Brotherhood in the West (Boston: Houghton Mifflin, 2010), 40 xxix

Simon Partner, Assembled in Japan: Electrical Goods and the Making of the Japanese Consumer (Berkeley: University of California Press, 2000), 80 xxx

Jim Twitch Little, “Getting Away With Murder,” 3 parts, Combatsim.com xxxi

Hall, Earth into Property: Colonization Decolonization, and Capitalism (Montreal: McGill –Queen’s University Press ,2010), 611-629 xxxii

Tetsui Hirata, “Japan’s Red Purge: Lessons from a Saga of Suppression of Free Speech and Thought,” ZNet, 10 July, 2011 xxxiii

Partner, Assembled in Japan, 83 xxxiv

Tetsuo Arima,”The Impact of U.S. Anti-Communism Policies on the Establishment of Nippon Television Network (NTV),” 2007 xxxv         Ibid xxxvi

Will Parrish, Nuclear Chickens,” the AVA.COM, 16 March, 2011 xxxvii

Hafstad’s Obituary is published in The New York Times, 22 October, 1993 xxxviii

Yamazaki Masakatsu and Okuda Kenzo, “Pacifying Anti-American Sentiments: Introducing Nuclear Reactors in Japan after the Bikini Incident,” Journal of History of                         Science. Japan, Vol. 43, 2004-2006, 83-93 xxxix

Kawabe Ichiro, Nuclear Disarmament in Japan, New Internationalist Japan, No. 100, June, 2008, 32-52 xli

CNIC, Statement re Nuclear and Earthquake Disaster Unfolding in Japan, 12 March, 2011, xlii

Yale Environment 360, “Japan’s Once-Powerful Nuclear Industry Under Siege,” Reuters, 18 March, 2011 xliii

Kaminoseki: Nuclear Power Plant, Human Rights and Biodiversity xliv

Stop_Rokkasho xlv

Richard Falk, “Learning From Disaster? After Sendai,” 15 March 2011 xlvi

Natalie Obiko Pearson and Carolyn Bandel, “Atomic Cleanup Costs Goes to Japan’s Taxpayers, May Spur Liability Shift,” Bloomberg News, 23 March, 2011 xlvii

Agence France Press, “GE Defends Nuclear Plant Design,” 18 March, 2011 xlviii

Stephen I. Schwartz, Atomic Audit: The Costs and Consequences of U.S. Nuclear Weapons since 1940 (Washington: The Brookings Instiution, 1998), 357 xlix            

The Encyclopedia of Earth, Price-Anderson Act of 1957, United States l

Barry Ritholz, Bailout Nation:How Greed and Easy Money Captured Wall Street and Shook the World Economy (Hoboken N.J.: Wiley, 2009), 134 li

Thomas W. Evans, The Education of Ronald Reagan, The General Electric Years and the Untold Story of His Conversion to Conservatism (New York: Columbia University Press, 2006) lii

Ronald Reagan cited in Hall, Earth into Property, 743-745 liii

Admiral Rickover to Congressional Committee, 1982

Related Posts:

Hiroshima to Fukushima, Finishing the Job Evacuate Tokyo and All US Forces From Japan Fukushima – 350 Times Maximum Annual Radiation Dose Permissible? Notice – Byron, Illinois Nuke In Trouble Occupy Fukushima

Short URL: http://www.veteranstoday.com/?p=91626

————————————————

Helen Caldicott – Fukushima |

You wont hear this on the Main Stream News

Dr Helen_caldicott Fukushima Radiation and Northern Hemisphere

Published on 6 Apr 2012 by 

Few people know that the Pacific Northwest got whacked hard by fallout from the Fukushima disaster with radiation rates hundreds of thousands of times higher than normal background radiation.

The damage from this is not something that the corporate media or the government is talking about.

It mysteriously disappeared from the radar almost immediately. Dr. Caldicott referred to this as a process of “cover-up and psychic numbing.” Looks like it may be working.

The Nuclear Regulatory Commission just approved two new nuclear power plants this week (4/2/12) in South Carolina in addition to the two approved earlier this year in Georgia. Dr. Caldicott talks about the dangers and hidden costs of nuclear power then tells the awful truth in minute detail about the actual scale of the Fukushima disaster and compares it to the nuclear disasters of Chernobyl and Three Mile Island.

Recent studies estimated that a million people have died so far from Chernobyl. Dr. Helen Caldicott is a physician, Nobel Peace Prize winner, noted author, anti-nuclear power advocate and has founded numerous national and international groups which oppose nuclear power & weapons, including Physicians for Social Responsibility. See also: http://www.helencaldicott.com

Fukushima Nuclear Reactor – Deliberate and Systematic Destruction

TEPCO monitoring No.1 reactor & Radioactive Strontium Found in Hawaii Milk & Workers continued the insertion of nitrogen gas into the No. 1 reactor to prevent “additional” explosions. White vapor continued to exit reactors No. 2, No. 3 and No. 4, according to an IAEA statement.
‪

http://enenews.com/iaea-vapor-rising-reactors-2-3-4

Nuclear fallout
‪ http://en.wikipedia.org/wiki/Nuclear_fallout ‬



New EPA radiation tests show Cesium in California rainwater “
‪ http://enenews.com/new-epa-tests-show-cesium-california-rainwater-highest-level-fukushima

‬

”Radioactive Strontium Found in Hawaii Milk”
‪ http://enenews.com/radioactive-strontium-found-in-hawaii-milk

‬

” TEPCO monitoring No.1 reactor “
‪http://www3.nhk.or.jp/daily/english/28_20.html?play

“Japan admits daily radioactive release from Fukushima at 154 trillion Becquerels,”
‪

http://enenews.com/daily-radioactive-release-from-fukushima-is-150-times-higher-than-previously-announced-154-trillion-becquerels-released-everyday ‬



“Radiation readings in Fukushima reactor at highest level since crisis began
April 27th, http://enenews.com/radiation-readings-in-fukushima-reactor-rise-to-highest-since-crisis-began



”strontium is a soft silver-white or yellowish metallic element that is highly reactive chemically.

The metal turns yellow when exposed to air. It occurs naturally in the minerals celestine and strontianite. The 90Sr isotope is present in radioactive fallout and has a half-life of 28.90 years.”
‪

http://en.wikipedia.org/wiki/Strontium

RADIATION MAPS FALLOUT:
NOTE….( Xe-133 is also an important fission product.Nuclear fission products are the atomic fragments left after a large atomic nucleus fissions.)
Northern Hemisphere
‪

http://transport.nilu.no/browser/fpv_fuku?fpp=conccol_Xe-133_;region=NH

North America
‪ http://transport.nilu.no/browser/fpv_fuku?fpp=conccol_Xe-133_;region=DMANC1

Pacific Ocean
‪ http://transport.nilu.no/browser/fpv_fuku?fpp=conccol_Xe-133_;region=Pacific

UTC:time conversion chart
This was formerly known as Greenwich mean time (GMT) or “universal time,” and “world time.” 
‪ http://www.dxing.com/utcgmt.htm#utc

Coast To Coast A – Hagmann & Hagmann RB – Conspiracy Theorist Jim Garrow

Published on Jan 19, 2014

Coast To Coast A – Coast To Coast Asia – 02 January 2014 RB
Show Hosts: Hagmann & Hagmann
Show Title:Hagmann & Hagmann Conspiracy Theorist Jim Garrow

‬

”Radiation Test — Saint Louis, Missouri — 36.1 CPM”

“Japanese Nuclear Fallout will hit CANADA – U.S. “

‬

”Scientist Leuren Moret – Radiation war intensifies”
‪

Fukushima, Radiation and Media examination (multiple videos)

Uploaded on May 3, 2011

I was preparing a segment for my waterfast that I’m filming shortly. I thought this was a timely series of videos to present. First clip was recorded March 18, 2011

love and light

Fukushima Day 47 Radiation forecast with IMPORTANT UPDATES and revealing TV clips!
connectingdots

Helen Caldicott – Fukushima | You wont hear this on the Main Stream News.mp4 |

[embedhttp://www.youtube.com/watch?v=_31B8RvndCY[/embed]

Fukushima Nuclear Reactor – Deliberate and Systematic Destruction

TEPCO monitoring No.1 reactor & Radioactive Strontium Found in Hawaii Milk & Workers continued the insertion of nitrogen gas into the No. 1 reactor to prevent “additional” explosions.

White vapor continued to exit reactors No. 2, No. 3 and No. 4, according to an IAEA statement.

http://enenews.com/iaea-vapor-rising-reactors-2-3-4

Nuclear fallout

http://en.wikipedia.org/wiki/Nuclear_fallout

” New EPA radiation tests show Cesium in California rainwater”

http://enenews.com/new-epa-tests-show-cesium-california-rainwater-highest-lev

“Radioactive Strontium Found in Hawaii Milk”

http://enenews.com/radioactive-strontium-found-in-hawaii-milk

” TEPCO monitoring No.1 reactor ”

http://www3.nhk.or.jp/daily/english/28_20.html?play

“Japan admits daily radioactive release from Fukushima at 154 trillion Becquerels,”

http://enenews.com/daily-radioactive-release-from-fukushima-is-150-times-high

“Radiation readings in Fukushima reactor at highest level since crisis began
April 27th,”

http://enenews.com/radiation-readings-in-fukushima-reactor-rise-to-highest-si

“strontium is a soft silver-white or yellowish metallic element that is highly reactive chemically. The metal turns yellow when exposed to air. It occurs naturally in the minerals celestine and strontianite. The 90Sr isotope is present in radioactive fallout and has a half-life of 28.90 years.”

http://en.wikipedia.org/wiki/Strontium



RADIATION MAPS FALLOUT:
NOTE….( Xe-133 is also an important fission product.Nuclear fission products are the atomic fragments left after a large atomic nucleus fissions.)
Northern Hemisphere

http://transport.nilu.no/browser/fpv_fuku?fpp=conccol_Xe-133_;region=NH

North America

http://transport.nilu.no/browser/fpv_fuku?fpp=conccol_Xe-133_;region=DMANC1

Pacific Ocean

http://transport.nilu.no/browser/fpv_fuku?fpp=conccol_Xe-133_;region=Pacific

UTC:time conversion chart
This was formerly known as Greenwich mean time (GMT) or “universal time,” and “world time.” 
http://www.dxing.com/utcgmt.htm#utc

“Japanese Nuclear Fallout will hit CANADA – U.S.”

Scientist Leuren Moret – Radiation war intensifies with HAARP tornadoes in USA.m4v

” Fallout will carry 100’s of radioactive particles to West coast”

video deleted

Caesium-135 with a half-life of 2.3 million years.


http://en.wikipedia.org/wiki/Caesium-135#Caesium-135

Fukushima nuclear radiation reactor explosion radiation forecast connectingdots1 ill winds web bots webbots bob chapman gold and silver comex has no silver james turk eric sprott jim rogers jim sinclair kingworldnews stellaconcepts scams george4title ted butler max keiser jsnip4 silverfuturist radiation map sgtbull07 nuclear fall out JPM isotopes economy news protests economic analysis finance

Professor Chris Busby Fukushima Meltdown Could Trigger Atomic Explosion!


Professor Chris Busby Fukushima Meltdown Could Trigger Atomic Explosion!

Caesium-135 with a half-life of 2.3 million years.
‪

http://en.wikipedia.org/wiki/Caesium-135#Caesium-135‬ Category: News & Politics

Professor Chris Busby Fukushima Meltdown Could Trigger Atomic Explosion!‬ TheRiverMersey 401 videos Top Scientist: Fukushima Meltdown Could Trigger Atomic Explosion

‪

http://www.infowars.com/top-scientist-fukushima-meltdown-could-experience-ato 

link dead Kurt Nimmo
‪

Top Scientist: Fukushima Meltdown Could Trigger Atomic Explosion

http://www.infowars.com/top-scientist-fukushima-meltdown-could-experience-atomic-explosion/

Kurt Nimmo Infowars.com April 12, 2011

A British professor and expert on the health effects of ionizing radiation told Alex Jones today evidence points toward a nuclear explosion occurring at the Fukushima Daiichi complex. Two explosions at the plant in March were described as hydrogen gas explosions by Japanese officials and the corporate media.

audio:

Professor Chris Busby on the Alex Jones Show, April 12, 2011.

Citing data collected by two Russian scientists, Professor Chris Busby told Alex Jones and his audience that the explosions at Fukushima were possibly nuclear. The Russian scientists, Sergey A. Pakhomov and Yuri V. Dubasov of the VG Khlopin Radium Institute in Saint Petersburg, examined data related to the explosion at Chernobyl.

http://www.infowars.com/top-scientist-fukushima-meltdown-could-experience-atomic-explosion/

Alex Jones Show: Friday (5-11-12) – Arnie Gundersen & Len Saputo –

Japanese nuclear safety agency raises crisis level of Fukushima Daiichi power plant accident from 5 to 7.

Using ratios of the radionuclides Xenon 133 and Xenon 133m which they measured by gamma spectrometer, the Russians demonstrated that the Chernobyl explosion was a fission criticality explosion and not principally a hydrogen explosion as has been claimed.

“I believe that the explosion of the No 3 reactor may have also involved criticality but this must await the release of data on measurements of the Xenon isotope ratios,” he writes in a statement on Fukushima and Chernobyl emailed to Infowars.com.

Busby further notes that the surface contamination and of dose rates 60 kilometers out from the Fukushima site on March 17 exceeded that released at Chernobyl.

He explains in his statement that the damaged reactors at Fukushima “are now continuing to fission. It is hoped that there will be no separation of plutonium and possible nuclear explosion. I feel that this is unlikely now.” Short of an actual plutonium explosion, the reactors remain open to the air and will continue to “fission and release radionuclides for years unless something drastic is done.”

Dr. Busby noted a precedent for the dire scenario now unfolding – a nuclear explosion at a plutonium production reprocessing plant in the former Soviet Union in 1957.

The incident at the Mayak facility was the second-worst nuclear accident in history after the Chernobyl disaster. The explosion released 50-100 tonnes of high-level radioactive waste and contaminated a huge territory in the eastern Urals. The Soviets kept the explosion secret for 30 years. According to a report on the accident, about 400,000 people in the region were irradiated following the explosion and other incidents at the plant.

Dr. Busby told Alex Jones that short of actual isotope readings, he cannot definitely state that the explosions at Fukushima were nuclear, although he believes they were. “We don’t have evidence of that,” he concluded, “we would need to have the Xenon isotope ratios.”

http://www.infowars.net/‬


http://www.prisonplanet.com/

‬

April 12, 2011

New cybervirus found in Japan / Stuxnet designed to attack off-line servers via USB memory sticks

http://www.yomiuri.co.jp/dy/national/T101004003493.htm

The Yomiuri Shimbun

Stuxnet, a computer virus designed to attack servers isolated from the Internet, such as at power plants, has been confirmed on 63 personal computers in Japan since July, according to major security firm Symantec Corp.

The virus does not cause any damage online, but once it enters an industrial system, it can send a certain program out of control.

Symantec says the virus reaches the servers via USB memory sticks, and warns against the careless use of such devices.

Systems at power plants, gas stations and water facilities are not connected to the Internet to protect them from cyber-attacks.

A Symantec engineer who has analyzed the virus said it was made using advanced technology, and it is highly likely a well-funded organization, not an individual, produced it. The virus has spread throughout the globe via the Internet.

After Stuxnet finds its way onto an ordinary computer via the Internet, it hides there, waiting for a USB memory stick to be connected to the computer, when it transfers itself to the memory stick. When the USB device is then connected to a computer linked to an isolated server, it can enter the system and take control of it.

As computers that harbor Stuxnet do not operate strangely, the virus can be transferred to a memory stick inadvertently.

According to the security company, the virus is designed to target a German-made program often used in systems managing water, gas and oil pipelines. The program is used at public utilities around the world, including in Japan.

The virus could cause such systems to act erratically, and it could take months to restore them to normal.

The 63 infected computers found in Japan were likely infected sometime after June.

According to the company, about 60 percent of the computers that have been infected with the virus were discovered in Iran. Since September, about 30,000 computers there have been found to be infected with the virus. The country’s Industry and Mines Ministry has called the virus an electronic act of war.

Some computers at the Iranian Bushehr nuclear power plant, which is scheduled to begin operation in October, have been infected with the virus.

A supervisor at the plant said the virus has not damaged the facility’s main computer system and would not affect its planned opening.

In Japan, no public utilities have been affected by the virus. Nevertheless, the Cabinet Office’s National Information Security Center has urged electric power companies to exercise extreme care when using USB devices, and to scan any programs that may have been tampered with.

(Oct. 5, 2010)

Japan’s Nuclear Crisis, Stuxnet and SCADA Defenses

Monday, March 21, 2011

Contributed By: Anthony M. Freed

The devastation in Japan caused by the recent earthquake and tsunami is truly heart wrenching, especially when one considers how millions of lives can be turned upside down in the matter of a few minutes.
In no way is this article intended to draw any attention away from the plight of the people now suffering in the earthquake’s aftermath, as our concerns should be for them first and foremost.
With that caveat aside, I believe we can use the events that are unfolding in Japan as a learning opportunity regarding the possible consequences of a sophisticated Stuxnet-type attack against SCADA networks at a nuclear facility.
Stuxnet is a highly sophisticated designer-virus that wreaks havoc with SCADA systems which provide operational control for critical infrastructure and production networks, such as those used to operate a nuclear power plant.
Stuxnet-type viruses are uniquely dangerous because they are capable not only of affecting network computer systems, they can also cause actual physical damage to the equipment the networks control.
Specifically, Stuxnet damaged equipment at Iran’s Natanz uranium enrichment facility, which reportedly set back the nation’s nuclear program several years.
From what I understand of the current crisis in Japan, the problems at the nuclear facilities did not stem from the reactors themselves sustaining significant damaged in the earthquake.
Instead, the problem with the reactor cores over-heating was caused by a disruption to the power and water supplies that are needed for the cooling systems.
The problem was compounded by the destruction of the backup generators for the cooling system pumps in the subsequent tsunami. In the past, the majority of these systems are operated manually or by analog control systems like electro-mechanical relays, but that is changing.
A senior member of the technical staff at one of our nation’s largest and most prestigious national research laboratories indicated that a significant number of the nuclear facilities in the U.S. have modernized the controls for those auxiliary systems, and are now employing Programmable Logic Controllers (PLCs).
According to the source, at least one facility specifically uses Siemens PLCs, the same type attacked by Stuxnet at Natanz in Iran.
If both the primary and redundant cooling components at that nuclear facility used PLCs and were hit with a Stuxnet-type attack that was able to cause physical damage to the equipment – we might witness events similar to those which are now playing out in Japan. Granted, a Stuxnet-type attack would not also destroy roads and other infrastructure, or divert emergency response resources to other concerns.
But, as far as the problems with cooling the reactor core, the challenges would be inherently similar. I asked Richard Stiennon if he could provide some insight on this hypothetical scenario. Richard is the Chief Research Analyst and founder of IT-Harvest, an independent analyst firm that focuses on IT and network security.
Richard is also the author of the thought provoking book Surviving Cyber War, a holder of Gartner’s Thought Leadership award, and was named “one of the 50 most powerful people in Networking” by NetworkWorld Magazine.
Stiennon confirms that a Stuxnet-type attack could theoretically cause reactor core cooling systems to be disrupted: “Stuxnet targeted high speed rotating machinery controls, most probably the Uranium enrichment centrifuges in Iran.
Both electricity generators and water pumps are examples of rotating machinery that are also controlled in industrial systems by PLCs (Programmable Logic Controllers).
Communications with industrial control systems, often via SCADA, can be a vector for attack, or as in the case of Stuxnet, malware can be introduced directly by a bad actor.
It is not hard to extrapolate that designer-malware could target these systems with the intent to shut them down and cause at the very least the emergency shut down of a nuclear power plant, at the worst, release of a radioactive plume and the permanent disabling of the reactor – as has happened in Japan,” Stiennon replied via email.
Numerous experts have speculated that a major cyber attack on critical infrastructure would most likely not occur in isolation, but in conjunction with a conventional kinetic attack, which would present a situation even more similar to what we are witnessing in the aftermath the natural disaster that occurred in Japan.
But if a non-kinetic Stuxnet-like attack could in effect produce serious kinetic damage on the magnitude of disabling of a nuclear facility, or worse, the discharge of radioactive material and the potential for a core meltdown, the notion that such an attack would only occur in conjunction with a traditional military offensive seems to be less likely.
Recently, the International Society of Automation announced the formation of a task group to conduct a gap analysis on the ANSI standards governing SCADA security to evaluate how well organizations following the ISA99 standard would have responded to a Stuxnet-type attack.
While the ISA study will focus on network responses, perhaps other regulatory entities should begin to study what a successful post-Stuxnet attack environment could actually look like.
Evaluation of the challenges Japan is currently facing could provide valuable insight in the event there is ever a successful attack on SCADA systems controlling auxiliary systems at a nuclear facility.
“The one lesson to draw from the unfolding crisis is that risk planners have to expand worst case scenarios.
While most nuclear power plants are not on faults (with the notable exception of Diablo Canyon in California) they are all subject to mechanical failures induced by malware introduced to their networks. Redundancy and fail safe measures cannot rely on power, computers, or networks.
This applies to nuclear power plants as well as data centers, electrical grids, and communication systems,” Stiennon concludes.

Fukushima Explained – by Finnish Nuclear ex-Employee Arto Lauri (HAARP & more)

Uploaded by on Aug 25, 2011

Arto Lauri, former employee at the Finnish nuclear facility of Olkiluoto, provides a very clear explanation of how the Fukushima disaster happened and what caused the various explosions.

He explains how HAARP was used to try and minimize the radiation in the atmosphere and Arto provides various other very insightful information.

– Credit to “OnQinitiative” for original upload. – Thanks to R0bb1nH00d5 for some of the following good support links: Methane clutter explosion Arto mentions:

Another interview with Arto Lauri (click CC for English sub-titles)

Arto Lauri’s water power plant

HAARP — lots of videos available, start here:

Fukushima Daiichi Workers Clear Debris by Remote Control

www.pcworld.com/article/224811/fukushima_daiichi_workers_clear_debris_by_remote_control.html

By Martyn WilliamsIDG News    Apr 11, 2011 6:10 am

Remotely controlled construction machinery rolled into the site of the stricken Fukushima Daiichi nuclear power plant last week to help clear roads and passages of radioactive debris, the plant’s operator said Monday.
The effects of the magnitude-9.0 earthquake, a tsunami estimated at around 15 meters high, and two hydrogen explosions in reactor buildings have left the Fukushima Daiichi site covered in rubble and debris, according to images released by Tokyo Electric Power (TEPCO).
Some of the debris has high levels of radioactivity, complicating its removal and the movement of workers around the site.
The machinery consisted of an excavator and transporter, each equipped with a remote control system. Cameras were mounted on each piece of equipment and TEPCO set an additional six cameras around areas where work would take place.
The entire operation was managed from a mobile control room where staff could watch video from the cameras and manipulate the machinery, said Hiro Hasegawa, a spokesman for the electric utility.
The clearance operation began when both units rolled into place near an debris-strewn area.
The excavator, which had been fitted with a giant grabber hand, picked up debris and dropped it into a container on the back of the transporter.
It took about 2 hours for this to be completed. Once full, the excavator knocked closed the lid of the container and the transporter trundled to a temporary dump site.
The Fukushima Daiichi plant, like other nuclear power plants in Japan, was built with plenty of open space so the debris can be temporarily collected together on-site, said Hasegawa.
The unloading operation took about an hour to complete, and then the cycle began again.
The remotely controlled machinery was originally developed for use in hazardous construction environments, such as those near volcanos or where landslides could occur, said a spokesman for Yoshikawa Co., which worked on the system.
The radio control system typically has a range of about 300 meters, but this time a radio relay station was used to boost the signal and allow the controllers to be up to 2 kilometers away, the Yoshikawa spokesman said.
TEPCO has also been used remotely controlled drones and helicopters to get a close-up view of the reactor buildings.
The company received pictures from a U.S. military Global Hawk drone, and reports say the RQ-16 T-Hawk micro unmanned air vehicle is also being used.
Martyn Williams covers Japan and general technology breaking news for The IDG News Service.
Follow Martyn on Twitter at @martyn_williams.
Martyn’s e-mail address is martyn_williams@idg.com
Israeli firm’s cameras recording Japanese nuclear core http://www.jpost.com/Defense/Article.aspx?id=212168 By YAAKOV LAPPIN LAST UPDATED: 03/15/2011 01:43

 

Security cameras installed by Israeli defense company at Fukushima plant have ability to detect presence of radioactive clouds in air.

Smoke rises from Fukushima Daiichi 1 nuke reactorPhoto: REUTERS/NTV via Reuters TV

As the world continues to gaze with concern at Japan’s Fukushima nuclear power plant, hi-tech security cameras installed by an Israeli defense firm are recording events at the troubled core from an insider’s vantage point.

The Arava-based Magna BSP company, which specializes in producing and installing stereoscopic sensory and thermal imaging cameras, had been contracted to place cameras around one of the plant’s six cores – the core that has been experiencing explosions and overheating.

Speaking to The Jerusalem Post on Monday, Magna’s head, Haim Siboni, said the thermal cameras also had the ability to detect the presence of radioactive clouds in the air, but added that Magna had not been able to gain access to the images recorded by the cameras at this time.

“Because we are using these special cameras, we can also identify radioactive clouds, due to the spectrum that our cameras can sense,” Siboni said.

Although Magna is able to gain remote access to its computer system, which receives the cameras’ images, Siboni said his company had not yet been authorized to do so.

“We have not been allowed to take control remotely yet,” Siboni said.Magna has been asked to secure a second core at the Fukushima plant in the near future.

Israel video shows Stuxnet as one of its successes

A showreel played at a retirement party for the head of the Israel Defence Forces appears to back claims that the country’s security forces were responsible for the Stuxnet cyber attack on the Iranian nuclear programme.

Israel video shows Stuxnet as one of its successes
        By Christopher Williams

5:45PM GMT 15 Feb 2011

The video of Lieutenant General Gabi Ashkenazi’s operational successes included references to Stuxnet, a computer virus that disrupted the Natanz nuclear enrichment site last year, it was reported.
Although Israel has not officially accepted responsibility for the Stuxnet attack, evidence of its role has been mounting since the virus was first revealed in July.
The virus, unprecedented in its sophistication, was designed to infiltrate the control systems at Natanz and make hidden, damaging adjustments to centrifuges.
Security researchers say factors including complexity of the operation point strongly to Israel as the source.
It has also been reported that a special facility was set up with American co-operation in the Israeli desert to test the weapon.
Immediately after the section on Stuxnet, the video for Lt Gen Ashkenazi included a tribute from Meir Dagan, who was head of Israel’s secret intelligence service during virtually all of Lt Gen Ashkenazi’s time in charge of the IDF.
The video otherwise reportedly included only publicly acknowledged operations, apart from references to a bombing raid on a Syrian nuclear site in 2007.
It has since been established that too was a clandestine Israeli attack.
Lt Gen Ashkenazi’s four-year term as the IDF’s Chief of General Staff came to an end on Monday.

Israeli security chief celebrates Stuxnet cyber attack

A showreel played at a retirement party for the head of the Israeli Defence Forces has strengthened claims the country’s security forces were responsible for a cyber attack on the Iranian nuclear programme. http://www.telegraph.co.uk/technology/news/8326274/Israeli-security-chief-celebrates-Stuxnet-cyber-attack.html

Iranian President Mahmoud Ahmadinejad visits the Natanz Uranium Enrichment Facility
Iranian President Mahmoud Ahmadinejad visits the Natanz Uranium Enrichment Facility Photo: AP
By Christopher Williams, Technology Correspondent

7:00AM GMT 16 Feb 2011

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The video of Lieutenant General Gabi Ashkenazi’s operational successes included references to Stuxnet, a computer virus that disrupted the Natanz nuclear enrichment site last year, Ha’aretz reported.
Although Israel has not officially accepted responsibility for the Stuxnet attack, evidence of its role has been mounting since it was first discovered last July.
The virus, unprecedented in its sophistication, was designed to infiltrate the control systems at Natanz and make hidden, damaging adjustments to vital centrifuges.
Attributing the source of cyber attacks in notoriously difficult, but security researchers say factors including complexity of the operation, which would have required human sources inside the Iranian nuclear programme, point strongly to the Israeli security forces.
It has also been reported by The New York Times that a special facility was set up with American cooperation in the Israeli desert to test the weapon.
Immediately after the section on Stuxnet, the video tribute to Lt Gen Ashkenazi included a message from Meir Dagan, who was head of Israel’s secret intelligence service Mossad during virtually all of Lt Gen Ashkenazi’s time in charge of the IDF.
The video otherwise reportedly included only publicly acknowledged operations, apart from references to a bombing raid on a Syrian nuclear site in 2007. It has since been established that too was a clandestine Israeli attack.

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