What Happened When the US Set Off Nuclear Weapons in One of the Most Geologically Active Places on Earth?

the enduring impact on the island remains as the copious radioactive elements made when we try to come up with ways to destroy us all keep seeping from their tomb underground.
Imagine a Bond villain saying they were going to set off three nuclear bombs in one of the most volcanically and seismically active places on Earth. Now imagine that the US already did it.
Rocky Planet. By Erik Klemetti. Aug 16, 2023
“……………. the United States set three nuclear bombs off in one of the most geologically active parts of the world … and nothing happene
These days it is hard to imagine a world with nuclear testing. However, in the 1940s to 1990s, the US and USSR (amongst others) were setting off bombs like they were going out of style. In the air, on land, under the sea and eventually underground, these “experiments” were both means to develop even bigger weapons and displays of force. The consequences of many of these tests are still being felt thanks to the copious radioactive fallout produced.
Bombs in Alaska
One set of the over 1,000 nuclear explosions run by the US was conducted on Amchitka in the Aleutian Islands. Long Shot, Milrow and Cannikin were the code names given to three blasts performed from 1965 to 1971. This included the largest underground nuclear bomb ever detonated, the 5 megaton weapon as part of Operation Grommet.
The most astonishing thing about these tests is that Amchitka Island is in the middle of the Aleutian subduction zone, where the Pacific Plate is diving underneath the North American Plate. There are six potentially active volcanoes within 100 miles of the island. On top of that, the Rat Islands region has produced numerous and gigantic earthquakes across the 20th and 21st centuries. This area is highly volatile, geologically speaking.
So, why run nuclear tests there? For one, it is remote. Very few people live anywhere near these islands. It’s remoteness also allowed Amchitka to be a proxy for the USSR so that the US could work on methods to detect underground nuclear blasts from afar. The island previously hosted a US Air Force base during World War II that had over 15,000 soldiers stationed in this desolate island. This meant that the infrastructure for tests was there after the armed forces moved out.
The first nuclear test on Amchitka was 1965’s Long Shot. It was an 80-kiloton warhead that was used to test early methods of seismic detection of distant nuclear blasts. After that, nothing happened on the island again until 1969. It was realized that the Cannikin test was way too big to do in Nevada, so off to Alaska it went.
Volcanoes and Earthquakes
Let’s set out stage: the US planned to test a massive nuclear weapon in a shaft last 1 mile (2 kilometers) deep in a location that was volcanically and seismically active. Remember those six volcanoes with 100 miles? They include Semisopochnoi (currently erupting, and prior to test, 1873), Little Sitkin (last erupted 1830), Gareloi (last erupted 1989, and prior to the test, 1952), Davidof (Holocene), Segula (1600s?) and Kiska (last erupted 1990, erupting in 1969!)
On top of that, the M8.7 Rat Islands earthquake that generated a tsunami that swept across the Alaskan coast occurred ~30 miles from Amchitka on February 4, 1965. That was less than 9 months before the Long Shot test! It is hard to imagine how a massive earthquake could happen that close to the test site … and they still went ahead and did it! Combine that with the vivid memories of the 1964 M9.2 earthquake and tsunami in Alaska, and no wonder people were edgy about bomb tests.
Just to show how strange the pre-test ban treaty world was, the US Atomic Energy Commission set off a smaller (1-1.2 megaton, or 12-15 times larger than Long Shot) earlier to calibrate their sensors for the larger blast to come. Later, it was admitted that the Pentagon had run the Milrow explosion to also test if a big blast could, just maybe, cause an earthquake or eruption.
The Big One
Although the tests were performed under the auspices of the US Atomic Energy Commission, they were really being done for the Pentagon. The Cannikin test was meant to investigate the feasibility of using a 5-megaton warhead as part of an anti-ballistic missile program (the Spartan Missile). Although there was a lot of resistance to the test (see below), President Nixon still went ahead and ordered the test to proceed (with support from the Supreme Court).
Cannikin went off on November 6, 1971. It produced a M7 earthquake from the blast. You can see in this video how the land surface jumped as much as 20 feet during the explosion as the shockwave moved across the island. Thousands of birds and otters died in the shockwave. A crater over a mile wide was produced but even with the same energy released as the 2010 earthquake in Haiti, no tsunami was generated. Supposedly, very little radiation was detected either. In the eyes of the US Atomic Energy Commission and the Pentagon, it was a great success.
……………………………………………………… Looking Back 50 Years
The one long-term impact of the tests is the groundwater of Amchitka. Although little radiation was detected directly after the blast, water percolating through the underground remains of the Cannikin blast becomes radioactive. The US Department of Energy doesn’t agree with findings that show elements like plutonium in groundwater at Amchitka, but it does seem that the island still feels the effects of those blasts even today.
The other impact is a human impact. By the late 1960s, environmentalists became increasingly enflamed by the frequency of nuclear weapon tests … and rightly so. The amount of fallout produced by these tests is clearly seen in the deep-sea sediment and ice core records. When word got out about the immense Cannikin test, a group headed out in a rented boat they dubbed “Greenpeace” to try to stop the test, both in fear of fallout and the potential for triggering another earthquake and tsunami like the M8.7 event in 1965. Stormy weather with winds over 120 miles per hour prevented the ship from reaching Amchitka for the test, but the name “Greenpeace” remained as the environmental organization we know today.
Maybe the myth that we can set off eruptions and earthquakes using nuclear weapons can be (partially) put to bed. The only earthquake caused by these explosions were, well, caused by the explosion. Little evidence exists to suggest that the blasts had any trigger effect on faults and volcanoes near Amchitka. However, the enduring impact on the island remains as the copious radioactive elements made when we try to come up with ways to destroy us all keep seeping from their tomb underground. https://www.discovermagazine.com/planet-earth/what-happened-when-the-us-set-off-nuclear-weapons-in-one-of-the-most
The Connection between Oppenheimer and Gentilly-2: Edward Teller and the H bomb.

Oppenheimer was an obstacle to the H-bomb project,”.. “That’s why they had to discredit him. And Edward Teller [at left] was the one person, more than anyone else in the scientific community, who saw Oppenheimer as an obstacle. Teller had to blacken his reputation in such a way that no one would listen to Oppenheimer any more.
by Brigitte Trahan, Le Nouvelliste, August 11 2023 https://www.lenouvelliste.ca/actualites/actualites-locales/2023/08/11/le-lien-entre-oppenheimer-et-gentilly-2-YRAIC6NADVHA7HELTLOE3LJ6L4/
The release of the film Oppenheimer in cinemas this summer aroused the curiosity of one particular film buff, Montrealer Gordon Edwards, a world-renowned expert on nuclear issues. He’s the man the Canadian and Quebec media want to hear from when it comes to nuclear waste, atomic bombs or power plants like Gentilly-2, which Hydro-Québec is eyeing as a solution to its energy shortage.
For the president of the Canadian Coalition for Nuclear Responsibility, this film was like a trip back in time, because he had the opportunity to confront in person none other than Edward Teller, the father of the hydrogen bomb , during a 45-minute televised debate organized in Toronto in 1974.
Gordon Edwards began to become seriously involved in the anti-nuclear camp when India detonated its first nuclear bomb [in 1974]. The Government of Canada had earlier given India a 20 MW nuclear reactor for research, a reactor identical to the one [first built at Chalk River – a site currently making headlines because of the multi-billion dollar legacy of radioactive wastes there], he says. [India used the plutonium produced by that Canadian reactor as a nuclear explosive in its first atomic bomb.]
Plutonium and politics
“All nuclear reactors produce plutonium. It doesn’t exist in nature. It is the most commonly used explosive in the world’s nuclear arsenal,” he said.
“The first reactors were built for the sole purpose of producing plutonium for bombs. This is the case for [the first reactors at] Chalk River (in Ontario). The idea of turning nuclear energy into electricity came later.” — Gordon Edwards
Despite all the dangers it represents, nuclear energy has continued to develop in the world.
According to Gordon Edwards, one of the main reasons is the manufacture of nuclear bombs. “Nuclear weapons are so powerful. They play a very big role in international politics,” he explains.
A select club
The expert recalls that one of the reasons given repeatedly by Hydro-Québec [correction: by the government of Quebec] for not closing Gentilly-2 was that it wanted to maintain a minimum level of expertise in Quebec in the nuclear field.
According to him, “when you have a nuclear reactor, you belong to the nuclear club and you are invited to international meetings to which you would not otherwise be invited”.
“It gives political prestige to be part of the club of nuclear powers, that is to say people who have access to plutonium. You can rub shoulders with very powerful people, very powerful corporations.” —Gordon Edwards
Blackening the Oppenheimer Name
After viewing the Oppenheimer film, Gordon Edwards had nothing but good words for the production as a whole. However, he regrets that the film “does not state very clearly the real reason why Oppenheimer’s reputation was attacked.
“It almost is portrayed as petty revenge from people like Commissioner Strauss and Edward Teller when in fact it was all H-bomb related. They both wanted, and Teller in particular wanted, to proceed to build a whole arsenal of H-bombs, but Oppenheimer didn’t want that. Instead, Oppenheimer said, the time had come for the world to negotiate an end to nuclear weapons and bring them under international control and thus prevent an endless cycle of arms races.”
“Oppenheimer was an obstacle to the H-bomb project,” explains Mr. Edwards. “That’s why they had to discredit him. And Edward Teller was the one person, more than anyone else in the scientific community, who saw Oppenheimer as an obstacle. Teller had to blacken his reputation in such a way that no one would listen to Oppenheimer any more.
The film suggests that it was done for less important reasons,” he notes. Moreover, “the role played by Teller was greatly understated in the film. In fact, his role was much more significant in nullifying Oppenheimer’s influence,” he says.
Atomic Bombing of Japan Was Not Necessary to End WWII. US Gov’t Documents Admit It
US government documents admit the atomic bombing of Hiroshima and Nagasaki was not necessary to end WWII. Japan was on the verge of surrendering. The nuclear attack was the first strike in Washington’s Cold War on the Soviet Union.
By Ben Norton / Geopolitical Economy Report August 10, 2023 https://scheerpost.com/2023/08/10/atomic-bombing-of-japan-was-not-necessary-to-end-wwii-us-govt-documents-admit-it/
It is very common for Western governments and media outlets to tell the rest of the world to be afraid of North Korea and its nuclear weapons, or to fear the possibility that Iran could one day have nukes.
But the reality is that there is only one country in human history that has used nuclear weapons against a civilian population – and not once, but twice: the United States.
On the 6th and 9th of August, 1945, the US military dropped atomic bombs on the Japanese cities of Hiroshima and Nagasaki. Around 200,000 civilians were killed.
Today, nearly 80 years later, many US government officials, journalists, and educators still claim that Washington had no choice but to nuke Japan, to force it to surrender and thus end World War Two. Some argue that this horrifying atrocity was in fact a noble act, that it saved even more lives that would have been lost in subsequent fighting.
This narrative, although widespread, is utterly false.
US government documents have admitted that Japan was already on the verge of surrendering in 1945, before the nuclear strikes. It was simply not necessary to use the atomic bomb.
The US Department of War (which was renamed the Department of Defense later in the 1940s) conducted an investigation, known as the Strategic Bombing Survey, analyzing its air strikes in World War II.
Published in 1946, the Strategic Bombing Survey stated very clearly, “Japan would have surrendered even if the atomic bombs had not been dropped”:
… it seems clear that, even without the atomic bombing attacks, air supremacy over Japan could have exerted sufficient pressure to bring about unconditional surrender and obviate the need for invasion.
Based on a detailed investigation of all the facts, and supported by the testimony of the surviving Japanese leaders involved, it is the Survey’s opinion that certainly prior to 31 December 1945, and in all probability prior to 1 November 1945, Japan would have surrendered even if the atomic bombs had not been dropped, even if Russia had not entered the war, and even if no invasion had been planned or contemplated
The nuclear strikes on Japan represented a political decision taken by the United States, aimed squarely at the Soviet Union; it was the first strike in the Cold War.
In August 1945, the USSR was preparing to invade Japan to overthrow its ruling fascist regime, which had been allied with Nazi Germany – which the Soviet Red Army had also just defeated in the European theater of the war.
Washington was concerned that, if the Soviets defeated Japanese fascism and liberated Tokyo like they had in Berlin, then Japan’s post-fascist government could become an ally of the Soviet Union and could adopt a socialist government.
The atomic bombs dropped on Hiroshima and Nagasaki, therefore, were not so much aimed at the Japanese fascists as they were aimed at the Soviet communists.
This expressly political decision to use nuclear weapons against Japan was in fact opposed by several top US military officials.
As one of the most famous generals in US military history, Dwight Eisenhower led operations in the European theater of the war and oversaw the subsequent occupation of what was formerly Nazi Germany.
Eisenhower later became president of the United States, following Harry Truman, the US leader who had nuked Japan.
Eisenhower is renowned worldwide for his leadership in the fight against fascism in Europe. But what is little known is that he opposed the US nuclear attacks on Japan.
After leaving the White House, Eisenhower published a memoir titled Mandate for Change. In this 1963 book, the former top general recalled an argument he had in July 1945 with then US Secretary of War Henry Stimson.
Stimson had notified him that Washington was planning to nuke Japan, and Eisenhower criticized the decision, stating that he had “grave misgivings” and was convinced “that Japan was already defeated and that dropping the bomb was completely unnecessary”.
The incident took place in [July] 1945 when Secretary of War Stimson, visiting my headquarters in Germany, informed me that our government was preparing to drop an atomic bomb on Japan. I was one of those who felt that there were a number of cogent reasons to question the wisdom of such an act. … But the Secretary, upon giving me the news of the successful bomb test in New Mexico, and of the plan for using it, asked for my reaction, apparently expecting a vigorous assent.
During his recitation of the relevant facts, I had been conscious of a feeling of depression and so I voiced to him my grave misgivings, first on the basis of my belief that Japan was already defeated and that dropping the bomb was completely unnecessary, and secondly because I thought that our country should avoid shocking world opinion by the use of a weapon whose employment was, I thought, no longer mandatory as a measure to save American lives. It was my belief that Japan was, at that very moment, seeking some way to surrender with a minimum loss of “face”. The Secretary was deeply perturbed by my attitude, almost angrily refuting the reason I gave for my quick conclusions.
These “completely unnecessary” nuclear attacks on Hiroshima and Nagasaki killed some 200,000 civilians. But they had a political goal, aimed at the Soviet Union.
The political reasons behind the atomic bombing of Japan have been publicly acknowledged by the US Department of Energy’s Office of History, which runs a website with educational information about the Manhattan Project, the scientific initiative that developed the bomb.
The US government website conceded that the Truman administration’s decision to nuke Japan was politically motivated, writing:
After President Harry S. Truman received word of the success of the Trinity test, his need for the help of the Soviet Union in the war against Japan was greatly diminished. The Soviet leader, Joseph Stalin, had promised to join the war against Japan by August 15th. Truman and his advisors now were not sure they wanted this help. If use of the atomic bomb made victory possible without an invasion, then accepting Soviet help would only invite them into the discussions regarding the postwar fate of Japan.
Other historians argue that Japan would have surrendered even without the use of the atomic bomb and that in fact Truman and his advisors used the bomb only in an effort to intimidate the Soviet Union.
…
Truman hoped to avoid having to “share” the administration of Japan with the Soviet Union.
Mainstream historians have acknowledged this fact as well.
Ward Wilson, a researcher at the establishment London-based think tank the British American Security Information Council, published an article in Washington’s elite Foreign Policy magazine in 2013 titled “The Bomb Didn’t Beat Japan. Stalin Did”.
“Although the bombs did force an immediate end to the war, Japan’s leaders had wanted to surrender anyway and likely would have done so before the American invasion planned for Nov. 1. Their use was, therefore, unnecessary”, he wrote.
Wilson explained:
If the Japanese were not concerned with city bombing in general or the atomic bombing of Hiroshima in particular, what were they concerned with? The answer is simple: the Soviet Union.
…
Even the most hard-line leaders in Japan’s government knew that the war could not go on. The question was not whether to continue, but how to bring the war to a close under the best terms possible.
One way to gauge whether it was the bombing of Hiroshima or the invasion and declaration of war by the Soviet Union that caused Japan’s surrender is to compare the way in which these two events affected the strategic situation. After Hiroshima was bombed on Aug. 6, both options were still alive. … Bombing Hiroshima did not foreclose either of Japan’s strategic options.
The impact of the Soviet declaration of war and invasion of Manchuria and Sakhalin Island was quite different, however. Once the Soviet Union had declared war, Stalin could no longer act as a mediator — he was now a belligerent. So the diplomatic option was wiped out by the Soviet move. The effect on the military situation was equally dramatic.
When the Russians invaded Manchuria, they sliced through what had once been an elite army and many Russian units only stopped when they ran out of gas.
…
The Soviet invasion invalidated the military’s decisive battle strategy, just as it invalidated the diplomatic strategy. At a single stroke, all of Japan’s options evaporated. The Soviet invasion was strategically decisive — it foreclosed both of Japan’s options — while the bombing of Hiroshima (which foreclosed neither) was not.
Attributing the end of the war to the atomic bomb served Japan’s interests in multiple ways. But it also served U.S. interests. If the Bomb won the war, then the perception of U.S. military power would be enhanced, U.S. diplomatic influence in Asia and around the world would increase.
…
If, on the other hand, the Soviet entry into the war was what caused Japan to surrender, then the Soviets could claim that they were able to do in four days what the United States was unable to do in four years, and the perception of Soviet military power and Soviet diplomatic influence would be enhanced. And once the Cold War was underway, asserting that the Soviet entry had been the decisive factor would have been tantamount to giving aid and comfort to the enemy.
Thus, before World War II was even over, the United States launched a Cold War against its ostensible “ally”, the Soviet Union – and against the potential spread of socialism anywhere around the world.
US spy agencies began recruiting former fascists and Nazi collaborators. US officials freed Class A Japanese war criminals from prison, some of whom went on to lead the government in Tokyo.
Many of these figures were involved in founding the right-wing Liberal Democratic Party (LDP), which has essentially run Japan as a one-party state since 1955 (excluding a mere five years of opposition rule).
A textbook example of this was Nobusuke Kishi, a notorious war criminal who ran the Japanese empire’s Manchukuo puppet regime and oversaw genocidal atrocities in collaboration with the Nazis. He was briefly imprisoned, but later pardoned by US authorities and, with Washington’s support, rose to become prime minister of Japan in the 1950s.
Kishi’s fascist-linked family still commands significant control over Japanese politics. His grandson, Shinzo Abe, was the longest-serving prime minister in the East Asian nation’s history.
Today, it remains important to correct widespread myths about this history, because they have a profound impact on popular culture.
In July 2023, Hollywood released a blockbuster film, “Oppenheimer”, by award-winning director Christopher Nolan. The movie was a huge commercial success, but was also criticized for its politics.
The film humanized the eponymous physicist who directed the Manhattan Project’s Los Alamos laboratory, J. Robert Oppenheimer, commonly known as the “father of the atomic bomb”.
Later in life, Oppenheimer came to regret the role he played in developing the weapon, and he campaigned against nuclear proliferation.
Ironically, Oppenheimer also became a victim of the US government’s McCarthyism, and was persecuted for his links to left-wing groups.
But while the movie was celebrated for depicting Oppenheimer’s complex internal struggles, it was accused of whitewashing the brutality of the US atomic bombings of Hiroshima and Nagasaki.
The Japanese civilians who lost their lives in these totally unnecessary attacks were eerily absent from the film.
By incessantly repeating the falsehood that nuking 200,000 people was the only way to get Japan to surrender, US officials have normalized this erasure of the civilian victims of its unnecessary, politically motivated war crimes.
…
Still more information about Tritium

Many citizens do not realize that SMNRs (Small Modular Nuclear Reactors) produce all of the same kinds of radioactive wastes that traditional larger reactors do – high-level waste (irradiated nuclear fuel), medium-level waste (e.g. decommissioning waste resulting from the dismantling of reactor structures), and low-level waste. This particular post is about tritium.
by Gordon Edwards, 9 Aug 23
By far the most radioactive objects produced by any nuclear reactor, large or small, are the intensely radioactive used nuclear fuel elements. A used nuclear fuel bundle is one of the most dangerous objects on Earth. It can give a lethal gamma radiation dose to any unshielded human being in a short time, even after “cooling off” for several decades.
But even after all the irradiated nuclear fuel (high-level radioactive waste) has been removed from the reactor there is still a large volume of dangerous radioactive waste left behind – including the activation products that are created in the core area of the reactor. Two of the most biologically and environmentally mobile radioactive activation products are tritium (radioactive hydrogen) and carbon-14 (radioactive carbon).
(1) Tritium is radioactive hydrogen. A tritium atom is three times heavier than a normal hydrogen atom, but the two are otherwise chemically identical. Any chemical compounds formed with ordinary hydrogen can equally well use tritium instead. The only fundamental difference is that tritium atoms disintegrate (explode), while other hydrogen atoms do not disintegrate. When a tritium atom explodes it gives off a beta particle, but there are no gamma rays. It is a “pure” beta emitter.
(2) For example, a normal water molecule H2O is not radioactive. Tritiated water is radioactive because one or both of the hydrogen atoms in H2O has been replaced by a tritium atom. So when you drink or inhale or otherwise absorb tritiated water, the tritium atoms are disintegrating inside your body. Your cells are being bombarded with beta particles from disintegrating tritium atoms.
(3) Chemically, radioactive water molecules are no different than ordinary water molecules. It is not possible to separate out the tritiated water molecules by filtration or any normal chemical processes. Tritiated water is chemically identical to ordinary water. Municipal water treatment plants cannot remove tritium from drinking water. You can’t filter water from water.
(4) Evaporation of tritiated water will produce radioactive water vapour. Tritiated water vapour will condense to form radioactive dew drops, and can precipitate as radioactive raindrops or radioactive snowflakes. To contain tritiated water therefore it is important to prevent evaporation. Sealed drums or water tanks are suitable for the task.
At Fukushima Daiichi there are about 1.3 million tonnes of tritiated water stored in over 1000 large steel tanks. This inventory is constantly growing because of the continual cooling of the molten cores with ordinary water which becomes heavily contaminated with two dozen radioactive waste materials on contact with the molten core material, including tritium. The main reason that TEPCO has given for dumping this huge amount of stored tritiated water into the Pacific Ocean is simply because the site is running out of space to accommodate more tanks. This is a lame excuse – more space can be found if needed. The tritiated water at Fukushima is also contaminated with other radioactive materials, even though much of these other varieties has been greatly reduced by decontamination equipment called ALPS — which in no way reduces the tritium content. Since no removal process is 100%, other radionuclides remain in the tritiated water, in some cases to a very significant degree.
This problem of a growing inventory of tritiated water will not occur at Indian Point or any other shut down nuclear reactor. In such a situation, the volume of tritiated water is a constant and can be stored for many decades in drums. These drums would have to be inspected and repaired or replaced when necessary.
(5) All organic molecules (including DNA) incorporate carbon atoms and hydrogen atoms. Tritium atoms can and do replace some of the non-radioactive hydrogen atoms in the organic molecules in your body. This is called “organically bound tritium” or OBT. Whereas tritiated water, like ordinary water, passes through the body easily, OBT stays around for a lot longer. The “biological half-life” is how long it takes the body to get rid of half of the tritium; evidently it depends a lot on whether it is OBT or not. Tritium and carbon-14 are unique in their ability to become a part of our very own DNA molecules; most radionuclides do not have this possibility.
(6) It has been shown in animal experiments that tritium causes genetic damage of almost all kinds, both chromosomal and non-chromosomal. Tritium ingested by a pregnant female passes through the umbilical cord to the embryo and the developing fetus in fact gets a larger radiation dose than the mother. Tritium has been shown to cause physical deformities and more subtle developmental abnormalities in embryos of experimental animals – for example, loss of the “righting reflex” in mammalian juveniles.
(7) Tritium gives off a non-penetrating form of beta radiation and so it is relatively harmless outside the body – unless it is in contact with bare skin. It can be absorbed directly through the skin. However once inside the body it goes everywhere (all organs) and is known to be at least 2-3 times more biologically damaging (per unit of absorbed energy) than gamma radiation. IMPORTANT: Although this “discrepancy” has been known for decades, and is not disputed, NONE of the regulatory bodies take it into account! After careful study, the UK Committee Examining Radiation Risks of Internal Emitters (CERRIE) published a report showing that the biological damage of tritium (per unit of absorbed energy) may be as much as 15 times greater than the damage from gamma radiation. See www.ccnr.org/tritium_paper_CERRIE.pdf .
(1) Resources on tritium can be found at “Troubles with Tritium” www.ccnr.org/#tr For general background on tritium, this article is easy to read: http://www.ccnr.org/GE_ODWAC_2009_e.pdf(2) Other resources can be found at Tritium Awareness Project (TAP Canada) http://tapcanada.orgHere is a brief reference to OBT (organically-bound tritium) from TAP Canada.
Additional information on tritium .

Robert Alvarez, 9 Aug 23,
To augment Gordon Edward;s ‘s excellent overview about tritium here are some other basic facts.
As for tritium being “mildly radioactive,” as Gordon points out, this is not the case when taken in the body- as tritiated water-the most common form of exposure. The Defense Nuclear Facility Safety Board overseeing DOE nuclear sites informed the Secretary of Energy in June 2019 that “tritiated water vapor represents a significant risk to those exposed to it, as its dose consequence to an exposed individual is 15,000 to 20,000 times higher than that for an equivalent amount of tritium gas.”
With a specific activity of 9,619 curies per gram, tritium emits, as it decays, nearly 400 trillion energetic disintegrations per second. William H. McBride, Professor of radiation oncology at the UCLA Medical School, describes ionizing radiation disintegrations as “explosive packages of energy” that are “highly efficient at forming complex, potentially lethal DNA double strand breaks.”
Source: William MacBride, UCLA School of Medicine Vice Chair for Research in Radiation, Principal Investigator of UCLA’s Center for Medical Countermeasures Against Radiation — National Institutes of Health, Jan 27, 2014.
“No matter how it is taken into the body,” states a fact sheet, from the Energy Departments’ Argonne National Laboratory, “tritium is uniformly distributed through all biological fluids within one to two hours.” During that brief time, the DNFSB points out that “the combination of a rapid intake and a short biological half-life means a large fraction of the radiological dose is acutely delivered within hours to days…” McBride underscored this concern, stating that, “damage to DNA can occur within minutes to hours.”
Counting the dead at Hiroshima and Nagasaki

This is a very long, well-researched, and amply illustrated article. Below are a few snatches to give a sense of the work involved in seeking an answer to this question.
Bulletin, By Alex Wellerstein, August 4, 2020
How many people died as a result of the atomic bombings of Hiroshima and Nagasaki?
There is one thing that everyone who has tackled this question has agreed upon: The answer is probably fundamentally unknowable. The indiscriminate damage inflicted upon the cities, coupled with the existing disruptions of the wartime Japanese home front, means that any precise reckoning is never going to be achieved.
Earliest estimates……………………………………………………………………………………….
Occupation estimates………………………………….
……………………………………………………………………………………………………………………………………………….. One of the most useful sources they consulted was also one of the most grim: schools and schoolchildren, which kept meticulous attendance records. Not only were there good records, but “the headmasters in many instances had made earnest efforts to trace families by letter, messenger, or personal contact.” Even better, the researchers found that many of the children were not in their classrooms at the time of the bombing, but had been detailed into “patriotic work parties” throughout the city, working in factories or working on firebreaks. So this provided data for many different distances from the bombing, and different types of structures. In this tragic fashion, the most vulnerable of those who died at Hiroshima and Nagasaki played a key role in establishing the total death counts…………………………………………………………………………………………………………………………………
Japanese-led reconsiderations………………………………………………………………………………………………………………….
So what numbers should one use?
Given all of the above, and the disagreements about source terms that can dramatically alter the totals, what numbers should people who want to discuss the victims of the bombings use when doing so?
There is, I think it should be clear, no simple answer to this. In practice, authors and reports seem to cluster around two numbers, which I will call the “low” and the “high” estimates. The “low” estimates are those derived from the estimates of the 1940s: around 70,000 dead at Hiroshima, and around 40,000 dead at Nagasaki, for 110,000 total dead. The “high” estimates are those that derive from the 1977 re-estimation: around 140,000 dead at Hiroshima, and around 70,000 dead at Nagasaki, for a total of 210,000 total dead. Given that the “high” estimates are almost double the “low” estimates, this is a significant difference. There is no intellectually defensible reason to assume that, for example, an average (105,000 dead at Hiroshima, 55,000 dead at Nagasaki) would be more accurate or meaningful.
My qualitative sense is that historians who want to emphasize the suffering of the Japanese (and the injustice of the bombing) tend to prefer the “high” numbers, while those who want to emphasize the military necessity of the attack tend to prefer the “low” numbers. And therein lies the real question: What do these estimates do for us, rhetorically? It is clear that numbers, stripped from their technical contexts, are deployed primarily as a form of moral calculus. And this should not surprise us, given that so much of the argument defending the atomic bombs relies on another casualty estimate: how many people might have died in a full-scale land invasion of Japan (numbers that have been similarly contested for decades, ranging from tens of thousands of casualties, to the more imaginative millions).
Separately, the number of dead at Hiroshima and Nagasaki have also been explicitly compared to the estimated dead from the devastating firebombing attacks against both Germany (notably Dresden) and Japan (notably Tokyo) that preceded them. This argument is again part of the justification of atomic bombings, an attempt to show that they were not “special” in any particular moral sense when put up against “conventional” Allied activity. Whether this is or isn’t a strong argument is out of scope for this article, but it is just worth keeping in mind what work the “low” numbers do, for they pale in comparison with the highest estimates of the Tokyo bombing dead, and with the estimates for a land invasion of Japan.
Given that there is no satisfactory way to decide whether the “low” or “high” estimates are more accurate, it is fairly clear there is no “neutral” choice to be made. It ultimately comes down to which sort of authority one wishes to go with: the official estimates of the United States military in the 1940s, or the later estimates by a group of anti-nuclear weapons scientists, largely spearheaded by Japan. Both made legitimate points in making their estimations; neither show any apparent perfidy or obvious intellectual dishonesty.
Short of choosing one or the other, is there an elegant way to talk about the range? Saying “between 70,000 and 140,000 people died at Hiroshima” captures some of it, but does not really capture the reasons for the variance in these numbers. I might suggest, if there is space to do so, saying something like:
“The United States military estimated that around 70,000 people died at Hiroshima, though later independent estimates argued that the actual number was 140,000 dead. In both cases, the majority of the deaths occurred on the day of the bombing itself, with nearly all of them taking place by the end of 1945.”
This makes the authorship claims more explicit (even as it generalizes quite a bit into “the United States military” and “independent estimates”), and also makes it clear that this range is the cause of two entirely different assessments, not the errors of a single assessment. And it clarifies the question of timing, if the latter clause is allowed in. It is a wordy explanation—journalists will no doubt question whether it is worth the space in an article where they probably just wanted a simple number to quote—but if we are going to invoke such uncounted dead, it is worth the effort to do it in a way that is respectful of the uncertainties involved.
Why no Hollywood movie on Nagasaki A Bombing?
| Walt Zlotow, West Suburban Peace Coalition Glen Ellyn IL 06 Aug 23 |
But who piloted what plane that dropped the second A Bomb on Nagasaki just 3 days later?
The American Story has largely erased the saga of the Nagasaki mission for good reason. It was a colossal screw up that almost got the pilot court martialed; indeed, nearly detonated Fat Man over the Pacific en route.
Trouble began early on. Paul Tibbetts, fresh from his Hiroshima success, picked his friend Charles Sweeney to pilot the drop plane ‘Bockscar’ instead of its regular pilot Fred Bock. Sweeney was unfamiliar with both combat and the plane. Preparing for takeoff, Sweeney was unable to operate the reserve tank containing 640 gallons of fuel needed to get Bockscar safely back to its Tinian takeoff point. Bock may have had the familiarity with the plane to accomplish that. Regulations required the mission be scrapped so Sweeney and crew exited Bockscar. But Tibbetts overruled them and the mission was on with insufficient fuel.
Three hours in, worse trouble. Fat Man’s red detonation lights began blinking wildly. Chief weaponeer Dick Ashworth frantically searched the blueprints and realized 2 switches had been reversed in the pre flight assembly. Solving that problem, everyone relaxed till Bockscar failed to rendezvous with the second of two back up planes, one for photography and one for instruments. The instrument plane, The Big Stink, was 9,000 feet above Bockscar.
Instead of pushing on to original target Kokura, Sweeney wasted 45 minutes of precious fuel trying to link up. Big Stink pilot Hoppy Hopkins broke radio silence frantically calling Tinian asking “Is Bockscar down?” Mission officials only heard “Bockscar Down” and freaked out believing Bockscar, Fat Man and the 13 member crew were in Davy Jones Locker.
Ashford was frantic that all was lost. As tension mounted between the weaponeer and the pilot, he finally persuaded Sweeney to proceed to primary target Kokura. But a smokescreen put up by Japanese defenders responding to the Hiroshima attack caused Sweeney to go around for a second and third bomb run, wasting more fuel.
More trouble. Flack and approaching Japanese Zeros forced Sweeney to abandon Kokura to flee 100 miles to alternate target Nagasaki.
The drop made, Sweeney made a desperate dive to avoid the mushroom cloud that nearly engulfed them. But his previous delays made the return trip to Tinian impossible. Low on fuel, Sweeney began a treacherous 450 mile flight on dwindling fuel for Okinawa. All aboard Bockscar prepared to ditch. Approaching the Okinawa airfield unable to radio the tower of their emergency, Bockscar had to drop into a forced landing amid numerous other flights without control tower clearance. Bockscar bounced 25 feet in the air landing at 30 MPH over the maximum landing speed, nearly colliding with a row of fuel laden B-24’s. One engine quit on the approach and another upon touchdown. Thinking Bockscar was lost, airport personnel inquired who this strange plane was that descended out of the sky unannounced. ‘We just dropped an atomic bomb’ was the reply.
There were no celebrations for the crew of Bockscar. Officials considered a courts martial for Sweeney for his life and mission threatening delays but considered the embarrassment it would cause and decided against. Why mar the mission-perfect first nuking of civilians by Paul Tibbetts and Enola Gay?
While we’ll never get a Hollywood treatment of the Bockscar A Bomb mission, it would be a lot more exciting than ‘Above and Beyond’. An appropriate title? ‘Nearly Down and Out Over Nagasaki’.
Aggressive U.S. Push for Military Supremacy in the Arctic Could Trigger Nuclear War
Covert Action Magazine By Jeremy Kuzmarov, July 14, 2023 (Excellent pictures on original.)
From 1959 to 1966, the U.S. illegally stored nuclear weapons in Greenland in preparation for a nuclear attack on the Soviet Union and built an underground scientific research center right out of a James Bond movie.
It resulted in the displacement of natives and has left a residue of environmental destruction in the Arctic that will likely be compounded in Cold War Part II.
On June 2, Secretary of State Antony Blinken announced that the U.S. would open its northernmost diplomatic station in the Norwegian Arctic town of Tromsoe, the only diplomatic station above the Arctic Circle. .
The move comes as competition over the Arctic’s resources with Russia intensifies as polar ice melt opens access to rich mineral resources and the new Cold War heats up.
In 2019, then-President Donald Trump had talked about purchasing Greenland in “the real estate deal of a lifetime” that would help secure a land mass a quarter of the size of the U.S.
Danish Prime Minister Mette Frederiksen called the offer “absurd,” saying that Greenland was not for sale. (Denmark is Greenland’s sovereign owner.)
Beyond Trump’s self-aggrandizement lay a calculating imperial strategy in which the U.S. would use Greenland, where the U.S. already possesses the Thule Air Base, to project its power into the Arctic—a growing arena of geopolitical and military competition.
In 2018, China launched the Polar Silk Road initiative which sought to align Chinese Arctic interests with the Belt and Road initiative involving the building of new infrastructure and interlinking of China’s economy with its regional allies and countries around the world.
As part of the Silk Road initiative, China began creating new freight routes extending into the Arctic that would better enable extraction of natural resources while launching a new satellite to track shipping routes and monitor changes in sea ice there.
The Russians have also been busy expanding shipping routes into the Arctic that are navigable because of global warming, and have finished equipping six military bases on Russia’s northern shore and on outlying Arctic Island, while planning to open 10 Arctic search-and-rescue stations, 16 deep-water ports, 13 air fields, and 10 air-defense radar stations across its Arctic periphery.
The New York Times reported last year that, in response to Russia’s military build-up near the Arctic Circle, the U.S. government has been investing hundreds of millions of dollars to expand the port at Nome on the west coast of Alaska, which could transform into a deep-water hub servicing Coast Guard and Navy vessels navigating into the Arctic Circle.
The Pentagon has further plans to increase its presence and capabilities, with the Army releasing its first strategic plan for “Regaining Arctic Dominance.” The U.S. Air Force has transferred dozens of F-35 fighter jets to Alaska, announcing that the state will host “more advanced fighters than any other location in the world.”[1]
Until now, competition in the Arctic was largely mediated through the Arctic Council, founded in 1996, which includes Canada, Denmark, Finland, Iceland, Norway, Russia, Sweden and the U.S., and promotes research and cooperation. But it does not have a security component, and soon all members but Russia will be North Atlantic Treaty Organization (NATO) members.
Admiral Alexander Moiseyev, commander of Peter the Great, the flagship of the Russian Northern Fleet, accused NATO forces and the U.S. of military actions in the Arctic that increased the risk of conflict.
“There haven’t been so many of their forces here for years. Decades. Not since World War Two,” he told a BBC reporter who told him that NATO blamed Russia for the surge in tension. “We see such activity as provocative so close to the Russian border where we have very important assets. By that, I mean nuclear forces.”
First Ice Cold War

Kristian H. Nielsen and Henry Nielsen,[2] in their recent book Camp Century: The Untold Story of America’s Secret Arctic Military Base Under the Greenland Ice, show that today’s perilous situation has roots in the original Cold War period.
U.S. army engineers then built the subterranean city, Camp Century, under the Greenland ice near the Arctic Circle under the guise of conducting polar research, and explored the feasibility of Project Iceworm, a plan to store and launch hundreds of ballistic missiles with nuclear warheads targeting the Soviet Union from inside the ice.
Described by two Danish journalists as “some monstrous figment of the imagination that could have been featured in an early James Bond film,”[3] Project Iceworm was justified under the 1950s military doctrine of “massive retaliation,” and the Eisenhower administration’s “New Look” policy which advocated for a massive conventional and nuclear arms build-up to counter potential Soviet aggression…………………………………………………………………………………………………………………………………………………………….
“The City Under Ice”—A Science-Fiction Scenario Come True
In 1960, the U.S. Army began initiating research projects near Camp Thule at the underground, nuclear-powered Camp Century, which was established as a kind of science-fiction scenario come true.
The projects aimed to understand the environment and climate on the ice sheet, thereby enabling the U.S. to better establish and secure its northernmost military position…………………………………………………………………………………………………………………………………….
The sub-surface installation of a nuclear reactor within the Greenland ice sheet at Camp Century was an enormous and difficult engineering endeavor that was an astonishing achievement…………………………………….
Almost all of the journalists invited to visit Camp Century in the early 1960s celebrated the major scientific achievements while minimizing the Cold War context and military purposes behind the camp.
………………………………………………………………………………………………………………. an American journalist writing under the pseudonym “Ivan Colt” who, in an article appearing in October 1960, included a vivid description of missile-launching bases beneath the surface of the ice sheet that would be “able to plaster every major Soviet city, H-bomb depot and missile plant.”
Audacious Cold War Project
In 1997, a group of Danish historians were able to locate a classified document proving that the U.S. saw Camp Century as the first step toward a colossal sub-surface tunnel system that would enable the U.S. Army to launch a nuclear-missile strike at virtually any target in the Soviet Union.[10]
These missiles would be protected because of their distance from the U.S. mainland, and location in a secret underground facility……………………………………………………………………………………………..
Health and Environmental Detritus and the Dangers of History Repeating Itself
Camp Century was shut down in 1966, as its sub-surface tunnel system in the Greenland ice sheet was extremely difficult and costly to maintain and the development of Polaris nuclear missiles launchable from submarines made it largely obsolete. However, its remains may soon resurface because of global warming.
Greenland, today a largely self-governing part of Denmark, threatened to bring the case before the UN International Court of Justice if Denmark did not promptly assume responsibility for cleaning up the Camp Century site.
The remaining debris, some 35-70 meters (115-230 feet) beneath the surface of the ice, is known to include not only buildings and structural elements but also radioactive, chemical and biological waste.[12]
Over the years, many workers at Thule Air Base had developed cancers from radiation exposure, as did members of a clean-up crew that was called in to collect snow contaminated with plutonium for transport to the U.S. after a B-52 Stratofortress carrying hydrogen bombs crashed seven kilometers from Thule Air Base in 1968.[13]
The health and environmental detritus is an example of a vast and unrecognized cost of the Cold War arms race that is sadly being reinvigorated today.
As Russia, China and the U.S. compete for renewed control over the Arctic and set up yet more military bases there, the fallout will again be considerable even if the nukes are never deployed, and the tragedy of Camp Century will be repeated.
References: …………………………………………….more https://covertactionmagazine.com/2023/07/14/aggressive-u-s-push-for-military-supremacy-in-the-arctic-could-trigger-nuclear-war/?mc_cid=f5762ce44c&mc_eid=65917fb94b
Western Media Has Falsely Presented the Donbas’ Drive For Autonomy as Being Instigated By Moscow

Covert Action Magazine By Ambrose Sylvan, July 13, 2023 [a long, detailed artice, – I recommend that you read the original]
In Reality It Resulted Largely from Kyiv’s Destruction of Eastern Ukraine’s Economy Under Neo-Liberal Economic Policies Pushed by Washington Since the 1990s
The war in Ukraine is commonly seen through one of two lenses. The vision presented by Western, NATO-aligned powers is one of an astro-turfed Donbas separatism created by Moscow to justify the division of Ukraine.
The view of NATO’s critics is that the Donbas republics rebelled against the Euromaidan revolution and the country’s nationalistic, Euro-centric tilt. The reality is that this conflict started much earlier and was merely frozen until the overthrow of the Ukrainian government in 2013.
Political Economy of the Donbas
Global Security outlines the economic situation in Donbas at the time of the dissolution of the USSR……………………………………………………………………………..
The tension between the central government and the Donbas miners was fueled by the increasing difficulty (and cost) of pulling coal from Donbas mines. Other coal-mining regions of the USSR were less costly but the social unrest in Donbas was placated with increasing state subsidies.
Ukrainian independence ended the Donbas struggle against Moscow but created intractable economic problems. The extensive subsidies for Donbas mines were shifted to the less wealthy government in Kyiv, the economic integration of the Soviet Union’s republics was disrupted, and the shift to a market economy was disastrous.
After the break-up of the Union, the political leaders of the Donbas miners would become known as “red directors,” socialists who put the interconnected economic needs of the Donbas and surrounding regions at the heart of their demands to Kyiv.
One of the earliest separatist organizations in Ukraine was the International Movement of Donbas. The Ukrainian news site DEPO, citing Novosti Donbas, describes the origin of the Intermovement as a project of academics at Donetsk University. The group was created as the “International Front for Donbas” at a meeting held on August 31, 1989.
……………………………………………………………………………………………………………………………………………. The Intermovement for Donbas failed to raise support for a renewed USSR, but the separatist movement would grow larger and stronger with every crisis that shook independent Ukraine.
The Shock Year
The act of independence immediately triggered a years-long economic crisis which was the driving force behind Ukraine’s growing separatist and anti-government movements.
………………………………………………………………………………………………………………….Inflation was accelerated by the spike in oil and gas prices as Ukraine lost the preferential rates it had enjoyed in the Soviet Union. Despite warnings from Moscow and the National Bank of Ukraine that the country would have to pay world prices if it exited the “Ruble Zone,” the government decided to drop the ruble as Ukraine’s currency by year-end.
New national borders interrupted the industrial sector, costs soared, demand fell (especially in state-driven industries like defense and science), and production crashed. For the first time in living memory, Ukrainians experienced the terrors of unemployment, price gouging, and starvation in a time of plenty.
…………………………………………………………………………………………………………………………………………………………. Ukraine dropped the ruble on November 12, 1992, and had no stable legal currency to use at markets. Wages were worthless and some workers were paid directly in consumer goods like soap instead of money. The economic problems of the working masses had become many times worse than they had been at the end of the Soviet era.
Demands of Donbas
Naturally there were outbursts of popular rage against the government as people lost their livelihoods………………………………………………………………………………………..
A government commission headed by the Finance Minister (who had authored the disastrous economic reforms) arrived in Donetsk on June 8. The striking miners made their demands clear: a no-confidence referendum on the President and parliament, and stronger regional self-government for Donbas. On June 18 the government agreed to schedule the referendum for September and to double miners’ wages. However this wage increase did little in the face of hyperinflation and the referendum was eventually canceled in favor of early elections.
Regional autonomy had already been a project of the Donetsk Regional Council before the 1993 general strike……………………………………………………………………………………………………………………………….
A “consultative poll” was held in Donetsk and Luhansk oblasts on the same day as the early elections, March 27, 1994. The central government refused to acknowledge it as a legally binding referendum, but the poll results showed that Donbas had a popular mandate to establish an autonomous government.
The poll had four questions: whether the constitution of Ukraine should change from a unitary state to a federal state; whether the Russian language should be constitutionally equal to the Ukrainian language; whether Russian should be an equal language of government and education in Donbas; and whether Ukraine should be a full participant in the post-Soviet Commonwealth of Independent States.
An overwhelming majority of voters said “YES” to all four questions: The federal system received 84% of all valid ballots in Donetsk, and the other three questions received more than 90% of all valid ballots in both regions…………………………………………
Deindustrialization
Tensions between the Donbas miners and the Ukrainian government continued to intensify over economic and political issues, and major labor actions continued through the decade.
………………………………………………………….The government did not follow through and strike action resumed on February 2, 1996, coordinated across Russia and Ukraine from Siberia to Donbas. As many as one million miners and allied workers went on strike in Ukraine.
…………………………………………………………. The central government’s economic warfare against the Donbas has continued unabated for decades………………………………………………………………………………..
Pushed to the Edge
Kyiv’s systematic destruction of the Donbas economy is a much greater driver of separatism than any Russophile nationalism. Sociological surveys conducted in early 2014 show us the most important issues to eastern Ukrainians on the verge of civil war.
Eight southern and eastern oblasts were surveyed by the Kyiv International Institute of Sociology (KIIS) in April 2014. ……………………………………………………………………………………………
KIIS additionally asked about the state structure of Ukraine. Only 10.6% in Donetsk and 12.4% in Luhansk indicated that they would keep the unitary state with its weak oblasts; 41.1% in Donetsk and 34.2% in Luhansk wanted power to be decentralized with oblasts given greater authority; and 38.4% in Donetsk and 41.9% in Luhansk endorsed a federal system with each region having its own state and the national government becoming a federation of these states. There were clear majorities in Donetsk and Luhansk (79.5% and 76.1%) that desired autonomous local governments.
Another survey was carried out by the Donetsk Institute for Social Research and Political Analysis in April 2014. ………………..In total, 79% of respondents wanted Kyiv to have less power and 48% wanted Donetsk to have its own state formation, whether independent or federated with Ukraine or Russia.
Breakaway
The infamous Donbas independence referendums were held just a few weeks after these surveys had been published. Despite accusations of endemic fraud and fabricated results the outcome was not far from what had been described by scientific opinion polls. The ballots asked not for independence but whether the republics should have “self-rule,” which the Donetsk electoral commissioner said could include autonomous or federal status within Ukraine.
When we consider the souring of public opinion on Kyiv’s “Anti-Terrorist Operation” and its civilian casualties, it is not hard to imagine how the 79% that polled in favor of more self-governance could have become 89% voting in favor of Donetsk self-rule.
………………………………………………………………………………………………………. By 2020 the Donetsk Institute’s follow-up survey had found that 45-50% of respondents favored annexation and only 20-25% supported a return to Ukraine; the remaining 25-30% answered that they wanted any resolution that would end the war.
………………………………………………………………………………………. Shut out of power, the Donbas was subjected to decades of ruthless economic policies which suited northern and western Ukraine’s desires to join the European Union. When President Viktor Yanukovych refused to sign the EU Association Agreement, acting in the interests of the south and east, he was ousted by the Euromaidan protests and riots in the capital. The government which replaced Yanukovych’s Party of Regions immediately signed the agreement, took on colossal debts, and adopted catastrophic austerity measures.
This is how Russian separatists, far-right extremists, and paramilitary bandits were able to find support. Their militant actions burst the tension and made secession a real possibility for the first time. Now a decade of war and blockades has deepened the fissure between Donbas and Ukraine and, with the accession of Donetsk and Luhansk to the Russian Federation, this division may become permanent.
- See David Hoffman, “One Million Miners Go on Strike in Russia, Ukraine,” The Washington Post, February 2, 1996, https://www.washingtonpost.com/archive/politics/1996/02/02/1-million-miners-go-on-strike-in-russia-ukraine/191f1387-b970-4c0a-971a-e7a30edf07b6/ ↑ https://covertactionmagazine.com/2023/07/13/western-media-has-falsely-presented-the-donbas-drive-for-autonomy-as-being-instigated-by-moscow/?mc_cid=f5762ce44c&mc_eid=65917fb94b—
I was a US nuclear missile operator. I’m grateful for the Oppenheimer film
A “Broken Arrow” is defined as an unexpected event that results in the accidental launching, firing, detonating, theft or loss of a nuclear weapon. Since the creation of nuclear weapons, there have been 32 Broken Arrows.
Cole Smith, 24 July 23 more https://www.theguardian.com/commentisfree/2023/jul/24/nuclear-war-oppenheimer-serious?CMP=share_btn_tw
The questions at the center of Oppenheimer don’t feel theoretical to me. From 2012 to 2017 I worked on nearly 300 nuclear silo alerts
Audiences are rushing to theaters to see Oppenheimer. Early buzz is that this movie will be one of the blockbusters of the summer.
One reason for the interest: the film is loaded with the philosophical questions J Robert Oppenheimer and his team faced while developing the first atomic bomb. Do nuclear weapons make us safer? Will they inspire an arms race that will push humanity into extinction? Is it possible this weapon will lead to the destruction of the world?
The questions that the film’s director, Christopher Nolan, places at the center of Oppenheimer don’t feel theoretical to me. From 2012 to 2017 I worked as a nuclear missile operator in the US air force. During that time, I worked nearly 300 “alerts”, or shifts in underground launch control centers, where I oversaw maintenance, security and launch operations for 10 nuclear-tipped intercontinental ballistic missiles (ICBMs).
It may surprise you to hear that I watched a lot of movies while on alert. To be sure, the job of air force missile operators is often very busy. But it is also a 24/7/365 shift schedule. And on those late nights, weekends or holiday shifts when nothing was going on, my crew partners and I would turn to movies to get us through our shifts. It was here that I began to notice Hollywood’s love affair with nuclear weapons.
Early on, Hollywood gave us a lot to chew on. Sidney Lumet’s 1964 film Fail Safe is as serious a commentary on the questions around nuclear deterrence as has ever been presented on the screen. The same year, Stanley Kubrick defined the absurdity of a society that uses a nuclear arsenal to achieve “peace” in his film Dr Strangelove. When these films were released, it had been less than 20 years since Americans dropped the first atomic bombs on Japan. America was just beginning its nuclear arms race with Russia and the nuclear conversation felt very much alive to the average American.
But the American public grew weary of always being on high alert. Hollywood reflected this change as the meticulous films of the 60s began to give way to a new type of cold war thriller – one in which every villain seemed to speak with a Russian accent and wield some sort of vague existential nuclear threat that would be defeated by a red-blooded American. Some of these films, like 1983’s WarGames, were self-aware enough to work. But most existed on a spectrum ranging from Steven Seagal’s Under Siege to The Core – which is to say, mildly entertaining to so bad it’s somehow maybe almost good. As a result, in the decades before the release of Oppenheimer, the nuclear thriller had become an almost taboo genre in Hollywood.
That’s a problem, because the nuclear threat never went away. If anything, it got worse. Today, the United States has about 400 nuclear tipped ICBMs, the ones I operated, ready for launch every single day. It also has a robust nuclear bomber program as well as nuclear-armed submarines. In total, the US owns approximately 6,000 nuclear warheads. What’s more, the air force is currently in the midst of developing a new ICBM nuclear delivery system, called Ground Based Strategic Deterrent (GBSD). In 2020, the air force awarded a $13.3bn sole-source contract for GBSD to Northrop Grumman. The contract was awarded by default with no other competitors for the contract and little to no press coverage or public debate.
When I was a 23-year-old missile operator in the air force, my commander once told me that a good day in nuclear missile operations is a quiet one. Most of the days in the five years I spent working in underground nuclear launch control silos were just that: quiet. But not every day in the history of the US air force nuclear missile program has been quiet. A “Broken Arrow” is defined as an unexpected event that results in the accidental launching, firing, detonating, theft or loss of a nuclear weapon. Since the creation of nuclear weapons, there have been 32 Broken Arrows.
In the five years I served as a nuclear missile operator I performed targeting on dozens of active nuclear missiles. I commanded “major maintenance” operations like warhead swaps from one ICBM to another. We even pulled entire missiles out of the ground and replaced them with refurbished ones. And never once was I worried that I might have a Broken Arrow on my hands.
The problem is that, while a good day in nuclear missile operations is a quiet one, the quiet days don’t lead to a reduction in the number of these weapons. That’s why we need engaging stories about nuclear weapons in our movie theaters. We need journalism that comprehensively unpacks this issue. In short, we need a public that is as engaged with nuclear weapons as they were during the cold war. Otherwise, it’s only on days when Vladimir Putin threatens the use of nuclear weapons, or the days that North Korea test launches its latest ICBM, that we begin to discuss the inherent dangers of a world that allows nuclear missiles to exist. And on those not-so-quiet days, it’s already too late.
In May of 2022, while Nolan was in the midst of principal photography on Oppenheimer, I sat down for lunch in New York with Kai Bird, the co-author of American Prometheus, the book from which Oppenheimer is adapted.
I asked Bird if he thought Nolan would do justice to the subject. Bird told me that Nolan shared a draft of the script with him and asked him to read it for any historical discrepancies. Bird told Nolan that almost everything looked accurate, but that the script put the casualty rate from the bomb used on Hiroshima at 70,000, a number much lower than the casualty count accepted by most historians. Nolan said that he knew this figure was low but that he had gone back and read the original transcripts from the Senate hearing and used the actual words from Oppenheimer’s mouth.
Nolan’s attention to detail is what the nuclear conversation deserves. Oppenheimer sets the stage for a new conversation about nuclear weapons in Hollywood – one that doesn’t rely on overwrought cold war tropes. It’s a more difficult conversation because it’s one where, like Robert Oppenheimer, we have to come to terms with our own actions (or inactions) in order to make decisions about our future. Do we want to live in a world free from the threat of nuclear war? Or do we want to cover our eyes and throw the dice in a world with more than 14,000 nuclear warheads? Nolan isn’t afraid to ask these hard questions. I hope other film-makers follow his lead.
70 Years Later, The Korean War Must End
By Cathi Choi / Other Words, July 28, 2023 , https://scheerpost.com/2023/07/28/70-years-later-the-korean-war-must-end/—
A fragile ceasefire halted the Korean War 70 years ago. With nuclear tensions rising and the environment under threat, it’s time to end it for good.
July 27 marked 70 years since the signing of the armistice that halted — but did not end — the Korean War. Since then, the divided Peninsula has been locked in a perpetual state of war that grows ever more dangerous.
In recent weeks, the U.S. has flown nuclear-capable bombers, launched nuclear war planning talks with South Korean officials, and sent a nuclear-capable submarine to South Korea for the first time in 42 years.
This followed the largest-ever live-fire military drills near the Demilitarized Zone (DMZ) that divides Korea. North Korea has responded with missile tests — and recently threatened nuclear retaliation.
As a Korean American with family ties to both sides of the DMZ, I know that as long as this war continues, everyday people — Americans as well as Koreans — pay the steepest price. The Korean War inaugurated the U.S. military industrial complex, quadrupled U.S. defense spending, and set the U.S. on a course to become the world’s military police.
While much attention is paid to North Korea’s nuclear program and aggressive rhetoric, Americans also need to understand how the U.S. government’s actions exacerbate tensions — and why we have a critical role to play in ending this war.
To start, we must remember the central role of the U.S. in the Korean War — and just how destructive the fighting was.
Former Secretary of State Condoleezza Rice has described the war as an example of what a “successful” U.S. war can “achieve.” Other talking heads have made similar claims, offering the war as a model for how to proceed in Ukraine. This revisionism is dangerous.
The Korean War killed over 4 million people, more than half of them civilians. From 1950 to 1953, the U.S. dropped 32,000 tons of napalm and 635,000 tons of bombs — more than were dropped in the Pacific theater in World War II. The U.S. military showed “next to no concern for civilian casualties,” historian Bruce Cummings notes, burning 80 percent of North Korea’s cities to the ground.
Even after this mass destruction, the Peninsula is still at war today — with ongoing consequences for Koreans on both sides of the DMZ.
The U.S. has evicted families from their homes in South Korea to build military bases, while chemicals leaking from bases have poisoned local environments and contaminated drinking water. The Biden administration continues to enforce a Trump-era travel ban keeping Korean Americans separated from their loved ones in North Korea, while sanctions hinder the delivery of essential aid to the country.
U.S. taxpayers bankroll this devastation, spending $13.4 billion to maintain 28,500 troops in South Korea between 2016 and 2019.
Unless we act, our communities and environment will suffer devastating consequences as our military presence expands across the Pacific.
For example, the Defense Department recently announced a missile-defense system to be built on Guam, comprising up to 20 sites across the island and billed as a response to “perceived threats from potential adversaries like China and North Korea.” This plan, like many in the past, will destroy precious landscapes.
In Hawai’i, leaking jet fuel from Navy storage tanks has contaminated drinking water for thousands of families. And next year, the U.S. will hold the Rim of the Pacific (RIMPAC), the largest annual maritime warfare exercise, in the state. Past exercises killed untold scores of marine life.
To avert nuclear war and protect our environment, Americans must demand an end to the growing U.S. military presence around the world and rein in our nearly $900 billion military budget. Our grassroots peace movement continues to grow, leading to the introduction of the Peace on the Korean Peninsula Act (H.R. 1369), which now has nearly 40 co-sponsors.
To end the Korean War, we need individuals with all skillsets — storytellers, community builders, healers, and more — working in concert. We must educate our communities, fight for change, and together build peace in Korea and across the world.
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