How America Jump-Started Iran’s Nuclear Program, History, BY BECKY LITTLE//MAY 9, 2018
For several decades now, the U.S. has sought to deter Iran from developing nuclear weapons. But ironically, the reason Iran has the technology to build these weapons in the first place is because the U.S. gave it to Iran between 1957 and 1979. This nuclear assistance was part of a Cold War strategy known as “Atoms for Peace.”
The strategy’s name comes from Dwight Eisenhower’s “Atoms for Peace” speech, given before the United Nations General Assembly in 1953. In it, he suggested that promoting the non-military use of nuclear technology could discourage countries from using it to create nuclear weapons, or “Atoms for War.”
The speech came only eight years after the invention of the atomic bomb, at a time when the U.S. was anxious to keep these new and frightening weapons from proliferating around the world. Strange as it sounds, President Eisenhower viewed his “Atoms for Peace” strategy partly as a form of arms control.
the U.S. provided nuclear assistance to countries it wanted to influence, such as Israel, India, Pakistan, and Iran.
At the time, the U.S. was closely allied with Iran’s Shah, Mohammad Reza Pahlavi. So closely, in fact, that when Iran toppled the Shah’s monarchy and democratically elected a prime minister, the CIA staged a 1953 coup d’état that put the Shah back in power. Part of the reason the U.S. valued Iran as an ally was because of its strategic location bordering the Soviet Union. During the early part of the Cold War, the U.S. set up a base in Iran to monitor Soviet activity.
In this context, the United States’ nuclear cooperation with Iran “was, in part, a means to shore up the relationship between those countries,” Fuhrmann says. The cooperation lasted until 1979, when the the Iranian Revolution ousted the Shah and the U.S. lost the country as an ally.
All of the nuclear technology the U.S. provided Iran during those years was supposed to be for peaceful nuclear development. But the “Atoms for Peace” strategy ended up having some unintended consequences.
“A lot of that infrastructure could also be used to produce plutonium or weapons-grade, highly-enriched uranium, which are the two critical materials you need to make nuclear bombs,” Fuhrmann says. In effect, the U.S. laid the foundations for the Iranian nuclear weapons program.
Iran first became seriously interested in creating nuclear weapons during the 1980s Iran-Iraq War. It tried unsuccessfully to develop them in the late ‘90s and early 2000s. Still, Iranian nuclear development remains an international concern, especially now that Trump has withdrawn the U.S. from the 2015 Iranian nuclear deal, known as the Joint Comprehensive Plan of Action.
In the weeks leading up to Trump’s decision, Israeli Prime Minister Benjamin Netanyahu tried to convince him to exit the deal by arguing that Iran was still pursuing nuclear weapons. Other policy experts and world leaders have rejected this claim, and Fuhrmann says he’s seen no evidence that “Iran has violated the deal, or that Iran has done anything since 2003 … to build nuclear bombs.”
the US has lost at least six atomic bombs or weapons-grade nuclear material since the Cold War.
Not only that, but the US is responsible for at least 32 documented instances of a nuclear weapons accident, known as a “Broken Arrow” in military lingo. These atomic-grade mishaps can involve an accidental launching or detonation, theft, or loss – yep loss – of a nuclear weapon.
February 13, 1950
The first of these unlikely instances occurred in 1950, less than five years after the first atomic bomb was detonated. In a mock nuclear strike against the Soviet Union, a US B-36 bomber en route from Alaska to Texas began to experience engine trouble. An icy landing and stuttering engine meant the landing was going to be near-impossible, so the crew jettisoned the plane’s Mark 4 nuclear bomb over the Pacific. The crew witnessed a flash, a bang, and a sound wave.
The military claim the mock-up bomb was filled with “just” uranium and TNT but no plutonium, so it wasn’t capable of a nuclear explosion. Nevertheless, the uranium has never been recovered.
March 10, 1956
On March 10, a Boeing B-47 Stratojet set off from MacDill Air Force Base Florida for a non-stop flight to Morocco with “two nuclear capsules” onboard. The jet was scheduled for its second mid-flight refueling over the Mediterranean Sea, but it never made contact. No trace of the jet or the nuclear material was ever found again.
February 5, 1958
In the early hours of February 5, 1958, a B-47 bomber with a 3,400-kilogram (7,500-pound) Mark 15 nuclear bomb on board accidentally collided with an F-86 aircraft during a simulated combat mission. The battered and bruised bomber attempted to land numerous times, but to no avail. Eventually, they made the decision to jettison the bomb into the mouth of the Savannah River near Savannah, Georgia, to make the landing possible. Luckily for them, the plane successfully landed and the bomb did not detonate. However, it has remained “irretrievably lost” to this day.
January 24, 1961
On January 24, 1961, the wing of a B-52 bomber split apart while on an alert mission above Goldsboro, North Carolina. Onboard were two 24-megaton nuclear bombs. One of these successfully deployed its emergency parachute, while the other fell and crashed to the ground. It’s believed the unexploded bomb smashed into farmland around the town, but it has never been recovered. In 2012, North Carolina put up a sign near the supposed crash site to commemorate the incident.
December 5, 1965
An A-4E Skyhawk aircraft loaded with a nuclear weapon rolled off the back off an aircraft carrier, USS Ticonderoga, stationed in the Philippine Sea near Japan. The plane, pilot, and nuclear bomb have never been found.
In 1989, the US eventually admitted their bomb was still laying in the seabed around 128 kilometers (80 miles) from a small Japanese island. Needless to say, the Japanese government and environmental groups were pretty pissed about it.
?, 1968
At some point during the Spring of 1968, the US military lost some kind of nuclear weapon. The Pentagon still keeps information about the incident tightly under wraps. However, some have speculated that the incident refers to the nuclear-powered Scorpion submarine. In May 1968, the attack submarine went missing along with its 99-strong crew in the Atlantic Ocean after being sent on a secret mission to spy on the Soviet navy. This, however, remains conjecture.
How the Manhattan Project’s Nuclear Suburb Stayed Secret, Oak Ridge, Tennessee, once home to 75,000, went up fast and under the radar. But it was built to last, too. Atlas Obscura , BY JESSICA LEIGH HESTER , MAY 03, 2018 “…… Oak Ridge isn’t like most of the country’s other suburbs. The town was conceived and built by the United States government in the early 1940s as base for uranium and plutonium work, as part of the Manhattan Project. As the nuclear effort marched along, the town grew, too. By 1945, a dense suburb had taken shape, home to roughly 75,000 people. At war’s end, Oak Ridge was the fifth-largest city in the state—and all along, it was supposed to be a secret.
…….. the pace of building there was stunning enough, but doing it all under the radar required a little willful blindness. The town didn’t appear on any official maps, and visitors were screened by guards posted at the entrances. Still, at that scale, it couldn’t be truly clandestine. “People saw stuff, certainly,” Moeller says, but probably chose not to wonder too deeply about what was happening there out of a combination of patriotism and ignorance. Moeller speculates that those who saw workers and supplies streaming into the site may have sensed that asking too many questions would have been un-American. The idea was, “it’s not my business; it’s for the war effort,” he says. “There was a much greater spirit of national unity than we could even fathom now.”
Billboards were installed all over town to remind workers to keep their mouths shut about their work, even though most workers knew very little about the project’s true scope.
Similar “secret cities” were built in other parts of the country, such as Los Alamos, New Mexico, and Hanford, Washington, home to 125,000. Designers of these towns had additional tactics to obscure specifics. In Los Alamos and Hanford, sometimes everyone was given the same mailing address. At Oak Ridge, street addresses were designed to be confusing to outsiders. Bus routes might be called X-10 or K-25 or Y-12, in reference to the factories they led to, while dorms had simple names such as M1, M2, and M3. If you didn’t already know where you were trying to go, none of it would make sense. “There weren’t any signs on buildings, just numbers, codes names, and numbers,” Wilcox recalled. The town was full of such ciphers, and even employees didn’t know how to decode them all. ……https://www.atlasobscura.com/articles/how-to-build-secret-nuclear-city
Off the map: the secret cities behind the atom bomb In 1943, three ordinary-looking US cities were constructed at record speed – but left off all maps. They had an extraordinary purpose: to create nuclear weapons as part of the Manhattan project, Guardian, by David Smith in Washington , 3 May 18
Something strange happened in the US state of Tennessee in 1943. Thousands of young workers poured into a 59,000-acre site about 25 miles west of Knoxville. Vast quantities of materials followed, never to re-emerge. Houses and other facilities were built with record speed. Yet officially Oak Ridge did not exist during the war and could not be found on any map.
What was going on there? Very few people knew at the time, even among the residents. The answer was that this was the starting block in a race against Adolf Hitler to build the atom bomb.
Oak Ridge was one of three “secret cities” of the Manhattan Project, along with Los Alamos in New Mexico and Hanford/Richland in Washington state.
More than 125,000 scientists, technicians and support staff occupied the three cities by the end of the war. There is a photo of a Santa Claus being frisked at the gates of Oak Ridge and a local newsletter stamped “restricted”. Anyone aged 12 or over had to wear an ID badge. The use of words such as “atomic” or “uranium” was taboo lest it tip off the enemy.
Yet some social aspects were all too familiar: even these planned communities, which tried to offer residents an idyllic lifestyle and would influence postwar urban construction and design in America, replicated the racial segregation of the era.
More than 125,000 scientists, technicians and support staff occupied the three cities by the end of the war. There is a photo of a Santa Claus being frisked at the gates of Oak Ridge and a local newsletter stamped “restricted”. Anyone aged 12 or over had to wear an ID badge. The use of words such as “atomic” or “uranium” was taboo lest it tip off the enemy.
Yet some social aspects were all too familiar: even these planned communities, which tried to offer residents an idyllic lifestyle and would influence postwar urban construction and design in America, replicated the racial segregation of the era.
It was late 1942, less than a year after the US had entered the second world war, when the US Army Corps of Engineers quietly began acquiring vast tracts of land in remote areas of three states. The few residents of these areas were summarily evicted and their houses demolished.
Soon thousands of young workers arrived from far and wide, initially occupying tents and other makeshift shelters within the newly designated military reservations. Shielded from public view by natural barriers and security fences, the workers quickly erected hundreds of buildings, ranging from prefabricated houses to industrial structures of unprecedented scale.
…….. Built from scratch in half a year to produce fuel for atomic bombs, Oak Ridge was initially conceived as a town for 13,000 people but grew to 75,000 by the end of the war, the biggest of the secret cities.
……. When the US dropped the atom bomb on Hiroshima, Japan, in 1945, killing tens of thousands of people to force an end to the war, the city’s secret was out. Many residents celebrated. One local newspaper declared: “Atomic super-bomb, made at Oak Ridge, strikes Japan.” Another said: “Oak Ridge Attacks Japanese … Workers thrill as atomic bomb secret breaks; press and radio stories describe ‘fantastically powerful’ weapon; expected to save many lives.”
Not everyone was jubilant, however. Mary Lowe Michel, a typist in Oak Ridge, is quoted in the exhibition as saying: “The night that the news broke that the bombs had been dropped, there was [sic] joyous occasions in the streets, hugging and kissing and dancing and live music and singing that went on for hours and hours. But it bothered me to know that I, in my very small way, had participated in such a thing, and I sat in my dorm room and cried.”……https://www.theguardian.com/cities/2018/may/03/off-the-map-the-secret-cities-behind-the-atom-bomb-manhattan-project
IN 1961, AS JOHN F. Kennedy was inaugurated, Cold War tensions were running high, and the military had planes armed with nuclear weapons in the air constantly. These planes were supposed to be ready to respond to a nuclear attack at any moment. If the planes were already in the air, the thinking went, they would survive a nuclear bomb hitting the United States.
But one of the closest calls came when an America B-52 bomber dropped two nuclear bombs on North Carolina.
In January, a jet carrying two 12-foot-long Mark 39 hydrogen bombs met up with a refueling plane, whose pilot noticed a problem. Fuel was leaking from the plane’s right wing. The wing was failing and the plane needed to make an emergency landing, soon. But before it could, its wing broke off, followed by part of the tail. The plane crash-landed, killing three of its crew. (Five other men made it safely out.)
In the plane’s flailing descent, the bomb bays opened, and the two bombs it was carrying fell to the ground.
As it fell, one bomb deployed its parachute: a bad sign, as it meant the bomb was acting as if it had been deployed deliberately. It started flying through the seven-step sequence that would end in detonation. The last step involved a simple safety switch. When a military crew found the bomb, it was nose-up in the dirt, with its parachute caught in the tree, still whole. As the Orange County Register writes, that last switch was still turned to SAFE.
The second bomb had disappeared into a tobacco field. Only “a small dent in the earth,” the Register reports, revealed its location.
It took a week for a crew to dig out the bomb; soon they had to start pumping water out of the site. Though the bomb had not exploded, it had broken up on impact, and the clean-up crew had to search the muddy ground for its parts. When they found that key switch, it had been turned to ARM. To this day, it’s unclear why the bomb did not go off.
The crew didn’t find every part of the bomb, though. The secondary core, made of uranium, never turned up. Today, the site where the bomb fell is safe enough to farm—but the military has made sure, using an easement, that no one will dig or erect a building on that site.
In Moscow, the liquidators of the nuclear accident at the Chernobyl NPP gathered together to commemorate the anniversary of the disaster.
The meeting took place in a small museum, which has been collecting archive photos and documents of those events for 10 years now. Employees of the Belarusian embassy in Moscow donated photos from the last expedition to the exclusion zone as a gift to the museum.
Over 600,000 people participated in the liquidation of the consequences of the accident. As a result of the accident, a radioactive cloud spread radioactive materials over most of Europe. The most affected territories are those of Ukraine, Belarus, and Russia.
The disaster at Unit 2 of the Three Mile Island (TMI) nuclear power plant near Harrisburg, Pennsylvania, began on March 28, 1979. Today, 39 years later, the reality, of what really happened, and how many people it harmed, remains cloaked in mystery and misinformation. Unlike the popular catchphrase, TMI is a story of too little information.
What happened?
The two unit Three Mile Island nuclear power plant sits on an island in the middle of the Susquehanna River, just ten miles southeast of Harrisburg, Pennsylvania. TMI Unit 2 was running at full power, but had been commercially operational for just 88 days when, at 4 A.M. on Wednesday, March 28, 1979, it experienced either a mechanical or electrical failure that caused the turbine-generator and the nuclear reactor to automatically shut down.
The pressure and temperature in the reactor began to increase, but when a relief valve on top of the reactor’s primary coolant pressurizer stuck open, malfunctioning instrumentation indicated that the valve had shut. While cooling water emptied out of the reactor, operators mistakenly reduced the amount of cooling water flowing into the core, leading to the partial meltdown.
Workers deliberately and repeatedly vented radioactive gas over several days to relieve pressure and save the containment structure. Then came fears of a hydrogen explosion. But by April 1, when President Jimmy Carter arrived at the site, that crisis had been averted, and by April 27 the now destroyed reactor was put into “cold shutdown.” TMI-2 was finished. But its deadly legacy was to last decades.
How much radiation got out?
Within hours of the beginning of the nuclear disaster, onsite radiation monitors went off the scale because radiation levels exceeded their measurement capacity. There were only a few offsite radiation monitors operating that day. Subsequent examination of human blood, and of anomalies in animals and plants, suggest that significant levels of radiation were released.
In the days following the TMI meltdown, hundreds of local residents reported the same acute radiation exposure symptoms as victims of the Hiroshima and Nagasaki bombings — nausea and vomiting, severe fatigue, diarrhea, hair loss and graying, and a radiation-induced reddening of the skin. For example, Marie Holowka, a dairy farmer near TMI, recalled as she left the milkhouse that morning that, outside, “it was so blue, I couldn’t see ten feet ahead of myself.” There was a “copper taste” in the air. She was later treated for thyroid problems. Given the absence of monitors and the paucity of evidence, the only real radiation meters were the people of Three Mile Island.
“No one died:” The biggest lie
Given that exposure to ionizing radiation is medically understood to cause diseases like cancer which can be fatal, there is no way to definitively state that “no one died at TMI” or later developed cancers. The opposite is far more likely to be true.
Estimates can be complicated by the long latency period for illnesses caused by exposure to radiation. Sometimes exposed populations move away and cannot be tracked. Nevertheless, long after a catastrophic radiation release, disease can still manifest, both from the initial radiation exposure and from slow environmental poisoning, as the radionuclides released by the disaster are ingested or inhaled for many generations.
The only independent study that looked at the aftermath of TMI was conducted by the late Dr. Stephen Wing and his team at the University of North Carolina, Chapel Hill. They looked at radiation-specific markers in residents’ blood, called biomarkers, to assess dose rather than relying solely on industry measured (or mis-measured as the case was) radiation emissions. The team concluded that lung cancer and leukemia rates were two to 10 times higher downwind of the Three Mile Island reactor than upwind.
Harm to animals and plants
After the radiation release from Three Mile Island, a number of plants exhibited strange mutations including extra large leaves (gigantism), double-headed blossoms and other anomalies. These plant anomalies were documented over decades by Mary Osborn, a local resident who conducted meticulous plant research and is a founder of Three Mile Island Alert. (Her deformed rose is pictured at the top of this story.)
Robert Weber, a Mechanicsburg veterinarian, reported a 10% increase in stillbirths, and a marked increase in the need for Cesarean Sections among sheep, goats and pigs in 1979, 1980, and 1981 in a 15-mile area around the TMI site. Dr. Weber also reported significant increases in the cancer rate among animals with shorter life spans such as dogs and cats. These findings are consistent with research around Chernobyl.
Evacuation failure
During the licensing phase of the construction and operation of TMI, a nuclear disaster was considered unthinkable. Consequently, emergency plans were practically non-existent when TMI began its meltdown. Emergency planning officials were repeatedly misinformed by TMI owner, Metropolitan Edison, on the disaster’s progression, and kept in the dark about the need for public protective actions in the early days at TMI.
On March 30, Pennsylvania Governor Richard Thornburgh finally “advised” that pregnant women and pre-school age children voluntarily evacuate a five-mile perimeter around TMI, an anticipated target population of 3,500 people. Instead, approximately 200,000 people spontaneously evacuated from a 25-mile perimeter.
TMI demonstrated that managing human responses during a nuclear catastrophe is not realistic and provokes unique human behavior not comparable to any other hazard.
Competing loyalties between work duty and personal family caused a significant number of staffing problems for various emergency response roles. As the crisis intensified, more emergency workers reported late or not at all.
Doctors, nurses and technicians in hospitals beyond the five-mile perimeter and out to 25 miles, spontaneously evacuated emergency rooms and their patients. Pennsylvania National Guard, nuclear power plant workers, school teachers and bus drivers assigned to accompany their students, abandoned their roles for family obligations. A similar response could be expected in the same situation today.
Paul Waldon Fight To Stop Nuclear Waste Dump In Flinders Ranges SA, 15 Mar 18Today the 15th of March is another red letter day in the nuclear arena with the 56th anniversary of the death of Arthur Holly Compton, surprisingly (very surprisingly) the only one of the “Big Four” with the Manhattan project who did NOT die of cancer due to his reported time exposed to radioactivity.
However the other three Robert J Oppenheimer, Ernest Orlando Lawrence, and Enrico Fermi went to their graves, victims of cancer fueled by their exposure to radiation in a nuclear industry despite all precautions taken. The commonality of nuclear death doesn’t discriminate between engineers, scientists, physicists and the grunts at the front line, though its the grunts that fall short of compensation, acknowledgement, or appreciation of their service.
We have all heard of the death of Marie Curie, physicist and her lead lined coffin and radioactive grave site, Harry K Daghnian Jr, and Louis Slotin who both died of acute radiation sickness from exposure while serving on the Manhattan project, the death of Los Alamos chemical operator Cecil Kelley, and seven engineering crew aboard the K-19 sub from radioactive exposure, only to name but a few, however the nuclear industry spends time and money debunking the rights of people afflicted by hard to prove nuclear contamination in this dangerous industry. Nuclear fueled brigandage of the planet does NOT have a conscience.https://www.facebook.com/groups/344452605899556/
In 1985, a Russian Submarine Created an Atomic Disaster. The Radiation Lingers to This Day.Kyle Mizokami, 27 Feb 18,
According to Nuclear Risks, the accident scene was heavily contaminated with radioactivity. Gamma ray radiation was not particularly bad; at an exposure rate of five millisieverts per hour, it was the equivalent of getting a chest CT scan every hour. However, the explosion also released 259 petabecquerels of radioactive particles, including twenty-nine gigabecquerels of iodine-131, a known cause of cancer. This bode very badly for the emergency cleanup crews, especially firefighters who needed to get close to the explosion site, and the nearby village of Shkotovo-22. Forty-nine members of the cleanup crew displayed symptoms of radiation sickness, ten of them displaying acute symptoms.
In 1985, a Soviet submarine undergoing a delicate refueling procedure experienced a freak accident that killed ten naval personnel. The fuel involved was not diesel, but nuclear, and the resulting environmental disaster contaminated the area with dangerous, lasting radiation. The incident, which remained secret until after the demise of the USSR itself, was one of many nuclear accidents the Soviet Navy experienced during the Cold War.
The Soviet Union’s nuclear war planners had a difficult time targeting the United States. While the United States virtually encircled the enormous socialist country with nuclear missiles in countries such as Turkey and Japan, the Western Hemisphere offered no refuge for Soviet deployments in-kind.
One solution was the early development of nuclear cruise missile submarines. These submarines, known as the Echo I and Echo II classes, were equipped with six and eight P-5 “Pyatyorka” nuclear land attack cruise missiles, respectively. Nicknamed “Shaddock” by NATO, the P-5 was a subsonic missile with a range of 310 miles and 200- or 350-kiloton nuclear warhead. The P-5 had a circular error probable of 1.86 miles, meaning half of the missiles aimed at a target would land within that distance, while the other half would land farther away.
The missiles were stored in large horizontal silos along the deck of the submarine. In order to launch a P-5 missile, the submarine would surface, deploy and activate a tracking radar, then feed guidance information to the missile while it flew at high altitude. The system was imperfect—the command link was vulnerable to jamming, and the submarine needed to remain on the surface, helpless against patrol aircraft and ships, until the missile reached the target. Eventually the P-5 missiles were withdrawn and the P-5 missile was replaced with the P-6, a similar weapon but one with its own radar seeker for attacking U.S. aircraft carriers.
The introduction of the P-6 gave the Echo II a new lease on life. ……
On August 10, the submarine was in the process of being refueled. Reportedly, the reactor lid—complete with new nuclear fuel rods—was lifted as part of the process. A beam was placed over the lid to prevent it from being lifted any higher, but incompetent handling apparently resulted in the rods being lifted too high into the air. (One account has a wave generated by a passing motor torpedo boat rocking the submarine in its berth, also raising the rods too high.) This resulted in the starboard reactor achieving critical mass, followed by a chain reaction and explosion.
The explosion blew out the reactor’s twelve-ton lid—and fuel rods—and ruptured the pressure hull. The reactor core was destroyed, and eight officers and two enlisted men standing nearby were killed instantly. A the blast threw debris was thrown into the air, and a plume of fallout 650 meters wide by 3.5 kilometers long traveled downwind on the Dunay Peninsula. More debris and the isotope Cobalt-60 was thrown overboard and onto the nearby docks.
According to Nuclear Risks, the accident scene was heavily contaminated with radioactivity. Gamma ray radiation was not particularly bad; at an exposure rate of five millisieverts per hour, it was the equivalent of getting a chest CT scan every hour. However, the explosion also released 259 petabecquerels of radioactive particles, including twenty-nine gigabecquerels of iodine-131, a known cause of cancer. This bode very badly for the emergency cleanup crews, especially firefighters who needed to get close to the explosion site, and the nearby village of Shkotovo-22. Forty-nine members of the cleanup crew displayed symptoms of radiation sickness, ten of them displaying acute symptoms. …….
60 years ago, the Campaign for Nuclear Disarmament was founded. Here’s what we’ve achieved over the decades
Our core objective of UK nuclear disarmament remains as yet unfulfilled. But it is clear in retrospect how CND’s campaigning – and that of its international partners – has affected government policy and decision-making The Independent, UK, Kate Hudson@CNDuk 17 Feb 18, “………From its origins in local anti-testing groups – largely run by women concerned about hugely increased levels of radioactive strontium-90 in their children’s milk – CND burst onto the political scene 17 February 1958. Attempts to move Labour to an anti-nuclear position had failed in 1957, leading intellectuals and campaigners to take matters into their own hands, calling for a mass movement to defeat Britain’s bomb. The result was a meeting of thousands of people at Central Hall in Westminster, London, filled to overflowing………
The context of CND’s campaigns has changed continually: from the Cuban missile crisis to the war on Vietnam; from the height of the Cold War to détente; from the “evil empire” of Ronald Reagan to the end of the Cold War; from the aggression of Bush and Blair through to the great dangers presented by Trump and his plans for “usable” nuclear weapons.
Our work throughout has focused on changing government policy, using diverse – but always peaceful – methods: from the mass protests at Aldermaston and Greenham Common, to our central role in post 9/11 anti-war campaigning, to today’s struggle to prevent Trident replacement and win support for the United Nations’ global nuclear ban treaty.
Our core objective of UK nuclear disarmament remains as yet unfulfilled. But it is clear in retrospect how CND’s campaigning – and that of its international partners – has affected government policy and decision-making, both at home and internationally. Reading government documents and diaries years later, one can see how the pressure of public opinion and mass mobilisation really does have an impact, and each generation of CND has played a part in that. The banning of nuclear tests in the atmosphere is one very important example; another is the abandoning of the neutron bomb (designed to kill people while leaving property intact) or Nixon’s pulling back from using nukes on Vietnam.
The inevitable nuclear war, The Indiana Gazette, John M. Crisp, Feb 13, 2018
We don’t do enough thinking about catastrophe, so let’s pause to note that everything on our national political stage — tax reform, immigration, health care, the Mueller investigation — and in our private lives, for that matter, occurs against two apocalyptic backdrops: climate change and nuclear war.
That’s too much to think about in 700 words, so let’s allow climate change to simmer on the back burner for a while. Despite already catastrophic effects, we’re doing very little about it, anyway; on the contrary, we’ve elected national leadership that doesn’t take it seriously.
So let’s consider instead the possibility of nuclear war:……..
Current conditions are reminiscent of the world of 1913, just prior to the start of the First World War:
The Great War didn’t have a proximate cause, and historians still puzzle over why it happened at all. How could such a cataclysmic worldwide event be triggered by an isolated assassination in Sarajevo in 1914?
The answer resides in the tensions and rivalries among the great international powers of the day and in their response to them, which was to prepare for war. For example, in 1900 Germany decided to build a fleet to match Britain’s Royal Navy, and by 1906 a full-fledged race for battleship superiority was underway……
in 1913 war was a matter of horses and swords and single-shot, bolt-action rifles. Certainly, soldiers got hurt and many died, but Europe didn’t have the collective imagination to envision the devastation of a modern war fought with modern weapons. Few could have predicted 40 million casualties in just four years.
We suffer from both of these conditions today: We’ve never really absorbed the stark lessons of Hiroshima and Nagasaki, and we’ve failed to extrapolate the devastation of the two comparatively modest nuclear weapons discharged in 1945 to a significant exchange of today’s much more powerful weapons.
Because the aftermath of a real nuclear war is unthinkable, we’ve largely refused to think about it.
Further, the weapons themselves threaten our capacity to control them. Nuclear weapons are precarious, as indicated by the recent panic in Honolulu when a defense drill got out of hand. And while we might hope that the use of nuclear weapons could be constrained by rationality, somehow in our country we’ve allowed the so-called nuclear football to fall into the hands of a man who is characterized by emotion, insecurity, impulse and bluster. And then there’s Kim Jong-un.
One other factor works against us, just as it did in 1913: Next year’s Pentagon budget will be $716 billion, the largest ever. Weapons demand to be used. We’ve never invented a weapon that we’ve declined to use. All of this implies that a nuclear war is inevitable, and the ensuing calamity will be unimaginable. The only silver lining is that the devastation of climate change will fade into insignificance.
Ken, Eisenhower was the grandaddy of hard-core nuclearism in the world today. He was the grandaddy of the military-industrial complex, in spite of the propaganda, put out.
The US started with 1000 nuclear waepons, when he came in. Ended with 22,000, when he came out. He did the most open air, nuclear-bomb testing.
A factory processing radioactive materials in Perak gave the people living nearby leukemia.
Bukit Merah’s rare earth metal processing site cleanup had been thelargest radiation cleanup so far in the world’s rare earth industry. Dr. Yoshihiko Wada’s report revealed that Mitsubishi Chemical came up with ARE in Bukit Merah after being one of the main companies that caused severe asthma in Nagoya, Japan. Also, 100% of the rare earth products processed in Bukit Merah were exported back to Japan, so it’s not like we gained anything but money from the venture, which puts forth the question of whether it’s worth endangering the lives of local residents for rare earth metals.
Earlier this year, Lynas Corporation had been popping up in the news again. For those of who have no idea who or what Lynas is, a few years back there had been a hullabaloo when Lynas set up a rare-earth processing plant in Gebeng, Kuantan, called the Lynas Advanced Materials Plant (LAMP). But what’s the big deal with that?
50 years ago, a US military jet crashed in Greenland – with 4 nuclear bombs on board The Conversation, Timothy J. Jorgensen
Director of the Health Physics and Radiation Protection Graduate Program and Associate Professor of Radiation Medicine, Georgetown University January 18, 2018 Fifty years ago, on Jan. 21, 1968, the Cold War grew significantly colder. It was on this day that an American B-52G Stratofortress bomber, carrying four nuclear bombs, crashed onto the sea ice of Wolstenholme Fjord in the northwest corner of Greenland, one of the coldest places on Earth. Greenland is part of the Kingdom of Denmark, and the Danes were not pleased.
The bomber – call sign HOBO 28 – had crashed due to human error……
The Thule crash revealed that the United States had actually been routinely flying planes carrying nuclear bombs over Greenland, and one of those illicit flights had now resulted in the radioactive contamination of a fjord.
The radioactivity was released because the nuclear warheads had been compromised. The impact from the crash and the subsequent fire had broken open the weapons and released their radioactive contents, but luckily, there was no nuclear detonation.
To be specific, HOBO 28’s nuclear weapons were actually hydrogen bombs. As I explain in my book, “Strange Glow: The Story of Radiation,” a hydrogen bomb (or H-bomb) is a second-generation type of nuclear weapon that is much more powerful than the two atomic bombsdropped on Hiroshima and Nagasaki. Those two bombs were “fission” bombs – bombs that get their energy from the splitting (fission) of very large atoms (such as uranium and plutonium) into smaller atoms.
In contrast, HOBO 28’s bombs were fusion bombs – bombs that get their energy from the union (fusion) of the very small nuclei of hydrogen atoms. Each of the four Mark 28 F1 hydrogen bombs that HOBO 28 carried were nearly 100 times more powerful than the bomb dropped on Hiroshima (1,400 kilotons versus 15 kilotons).
Fusion bombs release so much more energy than fission bombs that it’s hard to comprehend. For example, if a fission bomb like Hiroshima’s were dropped on the Capitol building in Washington, D.C., it’s likely that the White House (about 1.5 miles away) would suffer little direct damage. In contrast, if just one of the Mark 28 F1 hydrogen bombs were dropped on the Capitol building, it would destroy the White House as well as everything else in Washington, D.C. (a destructive radius of about 7.5 miles). It is for this reason that North Korea’s recent claim of achieving hydrogen bomb capabilities is so very worrisome.
Nuclear Explosion Power Comparison
After the crash, the United States and Denmark had very different ideas about how to deal with HOBO 28’s wreckage and radioactivity. The U.S. wanted to just let the bomber wreckage sink into the fjord and remain there, but Denmark wouldn’t allow that. Denmark wanted all the wreckage gathered up immediately and moved, along with all of the radioactively contaminated ice, to the United States. Since the fate of the Thule Air Base hung in the balance, the U.S. agreed to Denmark’s demands……… https://theconversation.com/50-years-ago-a-us-military-jet-crashed-in-greenland-with-4-nuclear-bombs-on-board-87155
Did you stop for a second and ask yourself why the North Koreans hate the American government? Could it (maybe) be that the North Koreans hate the American government’s foreign policy?
The Intercept has provided some startling facts about America’s terrible unconstitutional entry into a foreign Civil War on the other side of the globe in 1950:
How many Americans, for example, are aware of the fact that U.S. planes dropped on the Korean peninsula more bombs — 635,000 tons — and napalm — 32,557 tons — than during the entire Pacific campaign against the Japanese during World War II?
How many Americans know that “over a period of three years or so,” to quote Air Force Gen. Curtis LeMay, head of the Strategic Air Command during the Korean War, “we killed off … 20 percent of the population”?
Twenty. Percent. For a point of comparison, the Nazis exterminated 20 percent of Poland’s pre-World War II population. According to LeMay, “We went over there and fought the war and eventually burned down every town in North Korea.”
Every. Town. More than 3 million civilians are believed to have been killed in the fighting, the vast majority of them in the north.
How many Americans are familiar with the statements of Secretary of State Dean Rusk or Supreme Court Justice William O. Douglas? Rusk, who was a State Department official in charge of Far Eastern affairs during the Korean War, would later admit that the United States bombed “every brick that was standing on top of another, everything that moved.” American pilots, he noted, “were just bombing the heck out of North Korea.”
Douglas visited Korea in the summer of 1952 and was stunned by the “misery, disease, pain and suffering, starvation” that had been “compounded” by air strikes. U.S. warplanes, having run out of military targets, had bombed farms, dams, factories, and hospitals. “I had seen the war-battered cities of Europe,” the Supreme Court justice confessed, “but I had not seen devastation until I had seen Korea.”
How many Americans have ever come across Gen. Douglas MacArthur’s unhinged plan to win the war against North Korea in just 10 days? MacArthur, who led the United Nations Command during the conflict, wanted to drop “between 30 and 50 atomic bombs … strung across the neck of Manchuria” that would have “spread behind us … a belt of radioactive cobalt.”
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