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EXPERTS:  NUCLEAR WEAPONS SHOULD BE FRONT-BURNER ISSUE IN 2020 RACE FOR WHITE HOUSE

Bulletin of the Atomic Scientist Briefing Audience Told: “We Are Living in a World Where the Next President Will Decide if the Number of Nuclear Weapons Go Up or Down.”

CHICAGO, IL///March 2, 2020///Two leading experts raised serious concerns today about the lack of substantive discussion among U.S. presidential candidates about their plans for U.S. nuclear weapons and related threats around the globe. They noted that arms control agreements resulted in the number of nuclear weapons in the world being slashed from 70,000 to 14,000, with that progress now in danger of being reversed.

The Bulletin of the Atomic Scientists briefing held one day before Super Tuesday included an appeal to both candidates and the news media to move nuclear weapons to the forefront of the 2020 elections.

Former Obama science adviser John P. Holdren said: “We live in a soundbite and Twitter culture. It’s difficult to express nuclear weapons threats in 240 words or an eight-second quote … We should be talking about embracing a no-first-use policy. We have much cheaper and safer ways to deal with conventional and biological attacks than using nuclear weapons and therefore launching a much wider nuclear war. That threat is not worth it. Candidates should be talking about their views on ‘no first use.’”

Holdren now is the Teresa and John Heinz Professor of Environmental Policy at Harvard’s Kennedy School of Government, Co-Director of the School’s Science, Technology, and Public Policy program, Professor of Environmental Science and Policy in the Department of Earth and Planetary Sciences, and Affiliated Professor in the John A. Paulson School of Engineering and Applied Science. Holdren also is Visiting Distinguished Professor at Tsinghua University in Beijing, China, and Senior Advisor to the President at the Woods Hole Research Center, a pre-eminent scientific think tank focused on global climate change. From January 2009 to January 2017, he was President Obama’s Science Advisor and Senate-confirmed Director of the White House Office of Science and Technology Policy (OSTP).

Alexandra Bell, the senior policy director at the Center for Arms Control & Non-Proliferation, said: “There are well over 4,000 nuclear weapons in the U.S. stockpile. Anyone running for President is asking the public to trust them … The next President is going to decide if we live in a world when the number of nuclear weapons is going up or going down. If we lose the (arms control) agreements, we are definitely headed to a world where that number is going up. That is why this should be a major issue in the 2020 election cycle.”

Previously, Bell served as a senior adviser in the Office of the Under Secretary for Arms Control and International Security. She has also worked on nuclear policy issues at the Ploughshares Fund.

Holdren said that the issue of “no first use” was considered at length during the Obama Administration and that a decision was deferred in the President’s second term “on the assumption that Hillary Clinton would win” the 2016 election.

Bell noted that President Trump is the first U.S. president since John F. Kennedy to fail to initiate a major arms control agreement in their first term in office. She said: “Whoever the next person is to sit behind that Resolute Desk is going to having to deal with a number of issues that have been left behind to them.”

Both Holdren and Bell agreed that the news media (except for a handful of key outlets) are not paying enough attention to nuclear weapons issues. But they also agreed that it is incumbent on experts to find a way to talk about nuclear weapons that engages presidential candidates, elected officials, the media, and the public.

John Mecklin, editor-in-chief of the Bulletin of the Atomic Scientists, moderated the expert panel discussion.

For more background information, see Nuclear Weapons Policy and the U.S. Presidential Election, an edition of the Bulletin of the Atomic Scientists available free online until March 31, 2020.

ABOUT THE BULLETIN OF THE ATOMIC SCIENTISTS

December 2020 marks the 75th anniversary of the first edition of the Bulletin of the Atomic Scientists, initially a six-page, black-and-white bulletin and later a magazine, created in anticipation that the atom bomb would be “only the first of many dangerous presents from the Pandora’s Box of modern science.”  The Bulletin of the Atomic Scientists’ iconic Doomsday Clock was reset on January 23, 2020 to 100 seconds to midnight.  www.thebulletin.org.

MEDIA CONTACT:  Max Karlin, (703) 276-3255 and mkarlin@hastingsgroup.com.

EDITOR’S NOTE: A streaming recording of the Bulletin of the Atomic Scientists’ briefing will be available at www.thebulletin.org/nukes2020vote as of 5 p.m. CST/6 p.m. EST/2300 GMT on March 2, 2020.

 

 

March 3, 2020 Posted by | election USA 2020, weapons and war | 1 Comment

Nuclear testing left a signature of radioactive carbon all around the world

When Linus Pauling accepted the 1962 Nobel Peace Prize for his campaigning against hydrogen bombs, he said that carbon 14 “deserves our special concern” because it “shows the extent to which the earth is being changed by the tests of nuclear weapons.”
If people’s teeth have a very low level of radiocarbon, it means that they were born well before Castle Bravo. [thermonuclear atom bomb test] People born in the early 1960s have high levels of radiocarbon in their molars, which develop early, and lower levels in their wisdom teeth, which grow years later. By matching each tooth in a jaw to the bomb curve, forensic scientists can estimate the age of a skeleton to within one or two years.

Even after childhood, bomb radiocarbon chronicles the history of our body.

Your Inner H-Bomb  Nuclear testing left a signature of radioactive carbon all around the world—in trees and sharks, in oceans and human bodies. Even as that signal disappears, it’s revealing new secrets to scientists. The Atlantic, Story by Carl Zimmer, 2 Mar 20, 
“…… Among the isotopes created by a thermonuclear blast is a rare, radioactive version of carbon, called carbon 14. Castle Bravo and the hydrogen-bomb tests that followed it created vast amounts of carbon 14, which have endured ever since. A little of this carbon 14 made its way into Clark’s body, into his blood, his fat, his gut, and his muscles. Clark carried a signature of the nuclear weapons he tested to his grave.
I can state this with confidence, even though I did not carry out an autopsy on Clark. I know this because the carbon 14 produced by hydrogen bombs spread over the entire world. It worked itself into the atmosphere, the oceans, and practically every living thing. As it spread, it exposed secrets. It can reveal when we were born. It tracks hidden changes to our hearts and brains. It lights up the cryptic channels that join the entire biosphere into a single network of chemical flux. This man-made burst of carbon 14 has been such a revelation that scientists refer to it as “the bomb spike.” Only now is the bomb spike close to disappearing, but as it vanishes, scientists have found a new use for it: to track global warming, the next self-inflicted threat to our survival. ……. Continue reading →

March 3, 2020 Posted by | ANTARCTICA, environment, radiation, Reference, weapons and war | Leave a comment

The Castle Bravo bomb and its effects on the soldiers, and on the planet

Your Inner H-Bomb, Nuclear testing left a signature of radioactive carbon all around the world—in trees and sharks, in oceans and human bodies. Even as that signal disappears, it’s revealing new secrets to scientists. The Atlantic, by Carl Zimmer, 2 Mar 20, 

In the morning of March 1, 1954, a hydrogen bomb went off in the middle of the Pacific Ocean. John Clark was only 20 miles away when he issued the order, huddled with his crew inside a windowless concrete blockhouse on Bikini Atoll. But seconds went by, and all was silent. He wondered if the bomb had failed. Eventually, he radioed a Navy ship monitoring the test explosion.

“It’s a good one,” they told him.

Then the blockhouse began to lurch. At least one crew member got seasick—“landsick” might be the better descriptor. A minute later, when the bomb blast reached them, the walls creaked and water shot out of the bathroom pipes. And then, once more, nothing. Clark waited for another impact—perhaps a tidal wave—but after 15 minutes he decided it was safe for the crew to venture outside.

The mushroom cloud towered into the sky. The explosion, dubbed “Castle Bravo,” was the largest nuclear-weapons test up to that point..

It was intended to try out the first hydrogen bomb ready to be dropped from a plane. Many in Washington felt that the future of the free world depended on it, and Clark was the natural pick to oversee such a vital blast. He was the deputy test director for the Atomic Energy Commission, and had already participated in more than 40 test shots. Now he gazed up at the cloud in awe. But then his Geiger counter began to crackle.

“It could mean only one thing,” Clark later wrote. “We were already getting fallout.”

That wasn’t supposed to happen. The Castle Bravo team had been sure that the radiation from the blast would go up to the stratosphere or get carried away by the winds safely out to sea. In fact, the chain reactions unleashed during the explosion produced a blast almost three times as big as predicted—1,000 times bigger than the Hiroshima bomb.

Within seconds, the fireball had lofted 10 million tons of pulverized coral reef, coated in radioactive material. And soon some of that deadly debris began dropping to Earth. If Clark and his crew had lingered outside, they would have died in the fallout.

Clark rushed his team back into the blockhouse, but even within the thick walls, the level of radiation was still climbing. Clark radioed for a rescue but was denied: It would be too dangerous for the helicopter pilots to come to the island. The team hunkered down, wondering if they were being poisoned to death. The generators failed, and the lights winked out.

“We were not a happy bunch,” Clark recalled.

They spent hours in the hot, radioactive darkness until the Navy dispatched helicopters their way. When the crew members heard the blades, they put on bedsheets to protect themselves from fallout. Throwing open the blockhouse door, they ran to nearby jeeps as though they were in a surreal Halloween parade, and drove half a mile to the landing pad. They clambered into the helicopters, and escaped over the sea.
As Clark and his crew found shelter aboard a Navy ship, the debris from Castle Bravo rained down on the Pacific. Some landed on a Japanese fishing boat 70 miles away. The winds then carried it to three neighboring atolls. Children on the island of Rongelap played in the false snow. Five days later, Rongelap was evacuated, but not before its residents had received a near-lethal dose of radiation. Some people suffered burns, and a number of women later gave birth to severely deformed babies. Decades later, studies would indicate that the residents experienced elevated rates of cancer.  ……….https://www.theatlantic.com/science/archive/2020/03/how-nuclear-testing-transformed-science/607174/

March 3, 2020 Posted by | PERSONAL STORIES, Reference, weapons and war | Leave a comment

Veterans groups not happy -France wants to abolish the National Commission for Monitoring the Consequences of Nuclear Tests.

Dismay over plans to scrap French nuclear monitoring commission, https://www.rnz.co.nz/international/pacific-news/410780/dismay-over-plans-to-scrap-french-nuclear-monitoring-commission 2 March 2020 Nuclear test veterans groups in French Polynesia have reacted with dismay at reports that Paris wants to abolish the National Commission for Monitoring the Consequences of Nuclear Tests.

Last week, the French publication Canard Enchaine reported that as part of administrative changes and cost-cutting measures, dozens of commissions would be disestablished.

The commission is the body bringing together state authorities, representatives of the French Polynesian government and veterans associations to work on the list of radiation-induced illnesses deemed to be relevant for compensation.

The head of the group Moruroa e tatou Hiro Tefaarere has told the broadcaster La Premiere the move was inadmissible yet not surprising for the Macron government.

He said the French president on one hand described colonialism as a crime against humanity and on the other everything was suppressed which would recognise the consequences of the tests.

France carried out more than 190 nuclear weapons tests in the Pacific and until 2010 maintained that they were clean and posed no threat to human health.

French Polynesia’s president has reportedly raised his concerns in a letter to the French prime minister.

March 3, 2020 Posted by | France, OCEANIA, politics international, weapons and war | Leave a comment

U.S. Pentagon demands $167 billion tax-payer nuclear funding through to 2025

February 27, 2020 Posted by | business and costs, USA, weapons and war | Leave a comment

U.S. Pentagon toys with a plan to win a “limited nuclear war” against Russia

US staged ‘limited’ nuclear battle against Russia in war game

The Pentagon has briefed about the simulated exchange in a move that could signal readiness to fight and win nuclear conflict,  Guardian,  Julian Borger in Washington, Tue 25 Feb 2020 The US conducted a military exercise last week which simulated a “limited” nuclear exchange with Russia, a senior Pentagon official has confirmed.The war game is notable because of the defence department’s highly unusual decision to brief journalists about the details and because it embodied the controversial notion that it might be possible to fight, and win, a battle with nuclear weapons, without the exchange leading to an all-out world-ending conflict.

The exercise comes just weeks after the US deployed a new low-yield submarine-launched warhead commissioned by Donald Trump, as a counter to Russian tactical weapons and intended to deter their use.

According to a transcript of a background briefing by senior Pentagon officials, the defence secretary, Mark Esper, took part in what was described as a “mini-exercise” at US Strategic Command in Nebraska. Esper played himself in the simulated crisis, in which Russia launched an attack on a US target in Europe……

The official said that “in the course of [the] exercise, we simulated responding with a nuclear weapon”, but described it as a “limited response”.

The limited response could suggest the use of a small number of nuclear weapons, or an existing low-yield weapon, or the new W76-2 low-yield submarine-launched missile which was deployed in the Atlantic for the first time at the end of last year. The deployment only became public at the end of January……

The briefing was first reported by National Defense, a trade magazine of the National Defense Industrial Association.

Hans Kristensen, the director of the nuclear information project at the Federation of American Scientists, pointed out that it was extremely rare for the Pentagon to give such detailed briefings about nuclear exercises and suggested it could have been a marketing exercise for the new weapons being added to the US arsenal.

“Remember, it’s only a few weeks ago that we had the official confirmation that this new low-yield warhead had been deployed,” Kristensen said. “And we’re now moving into a new budget phase where they have to go to Congress and try to justify the next new nuclear weapon that has a low-yield capability which is a sea-launched cruise missile. So all of this has been played up to serve that process.”……

Arms control advocates are concerned that the leadership in both the US and Russia are developing a mindset in which their vast nuclear arsenals are not just the ultimate deterrent but weapons that could be used to win “limited” conflicts.  https://www.theguardian.com/world/2020/feb/24/limited-nuclear-war-game-us-russia

February 25, 2020 Posted by | USA, weapons and war | Leave a comment

Terrorism risks in Pakistan’s upgraded nuclear weapons

Pakistan’s Nuclear Weapons Get a Longer Range and Greater Precision

How difficult would it be for one of the nation’s ruthless terrorist groups to gain control over its nuclear arms?  The Trumpet BY JEREMIAH JACQUES • FEBRUARY 24  2020

Pakistan successfully test-fired a new version of its Ra’ad ii nuclear-capable air-launched cruise missile on February 16, in the latest sign of the nation’s thermonuclear weapons advancement.

The Pakistan military’s Inter-Services Public Relations (ispr) said in a statement that the new version of the Ra’ad ii can travel up to 375 miles, nearly twice the range of the earlier model. It noted that the missile is “equipped with state-of-the-art guidance and navigation systems ensuring engagement of targets with high precision.” The combination of the longer range and the precision navigation “significantly enhances” the military’s “air delivered strategic standoff capability on land and at sea,” the ispr said…….

Pakistan has steadily developed more powerful, more compact and more numerous nuclear warheads—and, as evidenced by the new Ra’ad ii variant, more deft systems to deliver them.

Meanwhile, parts of Pakistan have become hotbeds of intensifying Islamic radicalism, which calls the security of these unfathomably destructive weapons into question. “Pakistan is the most dangerous country in the world,” Michael Morell, a former acting Central Intelligence Agency director, told Axios in 2018. “[A]nti-state jihadist extremism is growing in Pakistan, creating the nightmare society down the road: an extremist government in Islamabad with nuclear weapons.”

The Pakistani military has control over the nation’s 70 to 90 nuclear weapons. But the military routinely works with some of the most dangerous terrorist groups on the planet, including the ruthless Haqqani branch of the Afghan Taliban. The Brookings Institution noted, “Pakistan has provided direct military and intelligence aid” to the Haqqani, which has resulted in “the deaths of U.S. soldiers, Afghan security personnel and civilians, plus significant destabilization of Afghanistan.” …….. https://www.thetrumpet.com/21979-pakistans-nuclear-weapons-get-a-longer-range-and-greater-precision

February 25, 2020 Posted by | Pakistan, safety, weapons and war | Leave a comment

Question USA’s need for a New Nuclear Sea-Launched Cruise Missile

Does the US Need a New Nuclear Sea-Launched Cruise Missile?

The case for a new sea-launched cruise missile raises worrying questions.The Diplomat By Robert Farley, February 24, 2020  According to a new report from Defense News, the United States is moving forward on development of a dangerous new nuclear capability. Aaron Mehta of Defense News reported on February 21 that the Department of Defense intends to create a program of record for a submarine launched cruise missile (SLCM) equipped with a nuclear warhead. The request comes in response to Trump administration preferences set forth in the 2018 Nuclear Posture Review, which also called for the deployment of low-yield nuclear warheads on submarine launched ballistic missiles.

The United States has not deployed a nuclear armed SLCM since the retirement of the TLAM-N in 2013. ……..

The deployment of a newer, more survivable SLCM would not exactly create a new problem so much as reintroduce an old one. Nuclear cruise missiles take up space on a ship and require different kinds of crew expertise. Their storage alongside conventional missiles creates an obvious potential for accidents. Discrimination would also become a problem. The United States has launched a great many cruise missiles from submarines as part of the War on Terror and associated conflicts. China, Russia, and other nuclear powers can credibly recognize such launches as carrying conventional munitions. If attack submarines reacquire the capability to launch nuclear weapons, then Beijing and Moscow need to worry about every missile launch within range of their territory.

This would become more, not less, problematic in context of a direct conflict between the United States and China. The U.S. has promised to hold targets within China at risk during a general conflict, presumably with cruise missiles. Heretofore China has not needed to account for the possibility that these missiles might carry nuclear warheads, but if the U.S. deployed nuclear SLCMs then any strike might be interpreted as a nuclear attack…….https://thediplomat.com/2020/02/does-the-us-need-a-new-nuclear-sea-launched-cruise-missile/

February 25, 2020 Posted by | USA, weapons and war | Leave a comment

Britain buying new nuclear warheads from USA: Pentagon knew about it, UK Parliament did not

February 24, 2020 Posted by | politics, secrets,lies and civil liberties, UK, weapons and war | Leave a comment

U.S. pentagon wary about morale of staff at nuclear bases

February 22, 2020 Posted by | psychology - mental health, USA, weapons and war | Leave a comment

Why India is not defined as a “Nuclear Power”, though it has nuclear bombs

India Has Nuclear Bombs—But It’s Not Defined As a ‘Nuclear Power’ National Interest, Here’s why. by Ramesh Thakur-19 Feb 20  Among the big changes in the global strategic landscape since the Nuclear Non-Proliferation Treaty came into force in 1970 is the expansion of the nuclear club from five to nine. All five nuclear powers at that time were recognised as nuclear-weapon states by the NPT. Since then, four more countries have gate-crashed the Here’s why.

Among the big changes in the global strategic landscape since the Nuclear Non-Proliferation Treaty came into force in 1970 is the expansion of the nuclear club from five to nine. All five nuclear powers at that time were recognised as nuclear-weapon states by the NPT. Since then, four more countries have gate-crashed the  exclusive nuclear club: Israel, India, Pakistan and North Korea.

The first three have been de facto nuclear-armed states for decades, and North Korea conducted its first nuclear test in 2006. But because of an Alice-in-Wonderland definition in the treaty—nuclear-weapon states are countries that nuclear-tested before 1 January 1967—they can’t be recognised as nuclear-weapon states. The legal straitjacket means the NPT can’t function as the normative framework for the nuclear policies of four of the world’s nine nuclear-armed states: a triumph of definitional purity over strategic reality. …….. https://nationalinterest.org/blog/buzz/india-has-nuclear-bombs%E2%80%94-its-not-defined-nuclear-power-124721

February 20, 2020 Posted by | India, politics international, weapons and war | Leave a comment

Danger of nuclear catastrophe in USA’s New “Low-Yield” Nuclear Warhead

The Senseless Danger of the Military’s New “Low-Yield” Nuclear Warhead, The weapon’s smaller destructive power does not mean a smaller risk of catastrophe. Slate, By FRED KAPLAN, FEB 18, 2020 The U.S. Navy has deployed a new type of “low-yield” nuclear warhead in some of its Trident submarines.

Sometime in the past two months, the U.S. Navy has deployed a new type of nuclear warhead in some of its Trident submarines. Called the W76-2, it is a “low-yield” warhead, which would explode with the blast power of about 8 kilotons—far less powerful than the Tridents’ other warheads, which have an explosive yield of 90 to 450 kilotons.

At first glance, this might seem like a good thing: a smaller blast means less death and damage, if a nuclear war happened. But in some ways, it’s a dangerous thing, and to explain why requires a brisk dive into the rabbit hole logic of nuclear strategy.

For many years, arms control advocates have argued that low-yield nuclear weapons are destabilizing because they lower the threshold between conventional and nuclear war. They seem to be—they are designed to be—more usable as weapons of war, and therefore some president, in a crisis, might feel more tempted to use them. (The United States has always had an explicit policy of reserving the right to use nuclear weapons first in a conflict.)

Those worries have intensified when we’ve had presidents who are viewed as erratic. In 2003, after the invasion of Iraq, some Air Force generals proposed building a new low-yield nuclear warhead that could burrow underground before exploding; they saw it as the ideal weapon for killing some future Saddam Hussein hiding in a bunker. But many members of the House and Senate Armed Services Committees did not trust President George W. Bush with such a weapon, so they tacked on an amendment to that year’s defense budget, prohibiting the “testing, acquisition, or deployment of a low-yield nuclear weapon”—and barring the Department of Energy from even researching such a weapon—without the advance approval of Congress.

Many now have the same worry about Donald Trump. In 2018, when then–Secretary of Defense Jim Mattis lobbied for the W76-2 on Capitol Hill, at least one Republican senator told him, “I don’t have a problem with this weapon. I have a problem with the president who’s authorized to use this weapon.”

But just months later, Trump’s vicelike grip on the Republican Party had tightened. The Democrat-controlled House voted to cancel the program; the GOP-led Senate voted to approve it. In the conference committee, the House managers folded. Some reasoned that it was such an inexpensive program: Only 50 warheads would be modified to the low-yield version, at a cost of $65 million, less than 0.1 percent of the entire defense budget. No big deal.

Another reason for the Democrats’ concession was that this low-yield program was presented as a response to a Russian threat. The argument was that the Russians had a new strategy called “escalate to de-escalate.” If war broke out in Europe, the Russians would launch a low-yield nuclear weapon at U.S. and NATO forces. If we didn’t have low-yield nuclear weapons to fire back, we would have to surrender. If we did have low-yield nukes, the rationale went, the Russians might not attack in the first place.

It is true that the Russian military has outlined such a strategy in some manuals and rehearsed this scenario in some training exercises. But it’s slippery logic to conclude that we need a low-yield Trident warhead to meet the threat.

First, the case for the new warhead hinges on the premise that, in order to deter the Russians, we need to match in kind every move they make: They build a low-yield missile; we have to do the same, or we wind up with a “gap in the escalation spectrum” (as some have labeled the threat). But there is nothing in history, strategy, or intelligence findings about Russian thinking on the subject to support this notion.

When the warhead goes off, it would look and feel like the largest explosion witnessed since World War II.

Second, even if the notion could be supported, it would be irrelevant because—as Hans Kristensen of the Federation of American Scientists estimates—the U.S. already has about 1,000 low-yield nuclear bombs and cruise missiles, which could be dropped or fired from F-15, F-16, B-1, and B-2 aircraft. Advocates of the low-yield Trident argue that those planes might be shot down by Russian air defenses, whereas the Trident missiles—launched from undetectable submarines—would definitely get through Russian defenses. This imbalance is overstated. Many, probably most of the U.S. planes would get through to their targets. More to the point, even if only a few got through, that would mean that we are able to launch low-yield nuclear weapons in response to Russian low-yield weapons—which means the premise of advocates’ case for low-yield Tridents is false.

Third, there is some dispute within intelligence agencies over why the Russians are deploying low-yield nuclear warheads in the first place. From the 1950s to the 1970s, the U.S. placed thousands of nuclear weapons in Western Europe to compensate for the superiority of Soviet tanks and troops in Eastern Europe. Now, many analysts believe, the Russians are putting more emphasis on nuclear weapons in order to counter U.S. and NATO superiority in conventional weapons. It’s two sides of the same coin. It doesn’t reflect a new kind of threat—or require a new kind of response.

In my new book, The Bomb: Presidents, Generals, and the Secret History of Nuclear War, I recount a highly classified war game played by the National Security Council late in the Obama administration. Reports of Russia’s “escalate to de-escalate” strategy were emerging. The idea of the game was to test whether this strategy might indeed thwart America’s ability or will to project power in Europe. The scenario went like this: The Russians invade one of the Baltic states; NATO fights back effectively; to reverse the tide, Russia fires a low-yield nuclear weapon at the NATO troops or at a base in Germany where drones, combat planes, and smart bombs were deployed. The question: What do U.S. decision-makers do next?

The game was first played in an NSC deputies’ meeting, consisting of second-tier officials from the various agencies and military branches. Initially, the generals steered the discussion toward operational details: How many nuclear weapons, and of what type, should the U.S. fire at what targets? Then, Colin Kahl, Vice President Joe Biden’s national security adviser, spoke up. The generals, he said, were missing the big picture. The minute the Russians drop a nuclear bomb, we would face a world-defining moment—the first time an atom bomb had been used in war since 1945. It would be an opportunity to rally the entire world against Russia. If we responded with diplomacy and economic pressure, and by pushing ahead with our conventional advantage, we would isolate and weaken Moscow’s leaders, policies, and military forces. However, if we responded by shooting off some nukes of our own, we would forfeit that advantage and, moreover, normalize the use of nuclear weapons.

The generals were caught off guard. They knew of the long-standing debate over whether the U.S. should be the first to use nuclear weapons in response to a conventional attack, but it seemed perverse to consider using conventional weapons in response to a nuclear attack. A few hours of discussion ensued, examining Kahl’s political challenge, NATO’s conventional military strength, the puzzle of which targets to hit with nuclear weapons (none made much sense), and whether a nuclear response would end the war any sooner or more victoriously than a conventional response (which didn’t seem likely). In the end, a consensus formed that, at least as a first step, the U.S. should respond with continued conventional military operations.

A month later, the NSC’s Principals Committee—the group of Cabinet secretaries and military chiefs—played the same game, but with very different results. Some of the same concerns were raised—the possibility of isolating the Russians by not taking the nuclear bait, the lack of any sensible targets, the uncertainty of whether nukes would dampen or further escalate the war. Still, the principals decided we had to respond with nuclear weapons, to maintain credibility among our allies and adversaries. They decided to fire a few nuclear weapons at the former Soviet republic of Belarus, even though, in the game, it had no involvement in the Russian attacks—and then they ended the game, without playing the next few steps.

Regardless of who was right, the deputies or the principals, there is another good reason for opposing the idea of launching low-yield nuclear weapons from a Trident submarine. In the first months of Trump’s presidency, Mattis assembled a group of seven longtime defense experts—the “Graybeards,” he called them—to hash out various issues. In the third and last of their meetings, held on Nov. 1, 2017, they discussed the “escalate to de-escalate” scenario and whether to respond by building low-yield Trident warheads. Most of the seven opposed the idea. Kevin Chilton, a retired Air Force general, argued that if the Russians saw a missile hurtling their way after being fired upon by a Trident submarine, they wouldn’t know whether it was high-yield or low-yield—they would see it as a “strategic” weapon, perhaps the first volley of a much larger attack against Russia, and respond accordingly.

Chilton’s opposition might have stemmed in part from the fact that the warhead was a Navy weapon. (He argued that, if we wanted to use nukes to send a signal to Moscow, a cruise missile fired from a bomber aircraft would be a better tool. Both the bomber and the cruise missile were Air Force weapons.) Still, he had a point. There’s nothing on the missile that flashes “Low Yield! Low Yield!” And when the warhead goes off, it would look and feel like the largest explosion witnessed since World War II. An 8-kiloton bomb may sound puny, but 8 kilotons means 8,000 tons, which means 16 million pounds—and that’s just the blast. There would also be fire, smoke, electromagnetic pulse, radiation, and radioactive fallout, spreading the toxicity far and wide. The bomb that leveled Hiroshima at the end of World War II exploded with the force of 12.5 kilotons—not that much larger than the W76-2.

No one in officialdom has ever played a war game in which a “limited” attack believably stays limited. Things spiral out of control pretty quickly.

Where would this weapon be aimed? I’ve asked several officials who deal with these matters. They have different answers. Some say it would be aimed at a target inside Russia. Some say, no, that would escalate the conflict; it would be aimed at a target on the battlefield. Some say the president would make the decision. (That’s the scariest answer of all.) The point is, as the Obama NSC’s war game spelled out, nobody knows how it would, or should, be used—and certainly nobody knows what might happen next.

That is the real danger of the low-yield weapon—not so much the weapon itself (especially compared with much higher-yield weapons) but the deception that the whole concept plants in a decision-maker’s mind: the idea that “low-yield” means tiny, harmless, controllable. In fact, the dynamic unleashed—the near-certainty of a retaliatory strike, followed by another round of strikes, steadily subsumed in the fog of war, as communications systems burn out, commanders wander in confusion about what’s going on, each side fears the worst from the other and seeks to preempt the next blow with a blow of his own—would mean that before too long, the conflict escalates to catastrophe.

If war happens and if nuclear weapons come into the fray, clearly it’s sensible to try to keep the damage limited. But no one in officialdom has ever played a war game in which a “limited” attack believably stays limited. Things spiral out of control pretty quickly. Which is why it’s a good idea to keep the threshold between conventional and nuclear war as high as possible—and why the low-yield Trident warhead is a bad idea. https://slate.com/news-and-politics/2020/02/low-yield-warhead-nuclear-weapons-navy-trident-submarines.html

February 20, 2020 Posted by | USA, weapons and war | Leave a comment

Ultimate Doomsday Weapon: Missiles Powered By Nuclear Reactors

 

February 18, 2020 Posted by | Russia, USA, weapons and war | Leave a comment

Algeria’s radioactive legacy from France’s nuclear bomb tests

Algeria: 60 years on, French nuclear tests leave bitter fallout https://www.dw.com/en/algeria-60-years-on-french-nuclear-tests-leave-bitter-fallout/a-5235435113.02.2020, Author Elizabeth Bryant (Paris)

Decades after the first French nuclear test in Algeria, thousands of victims are still waiting for compensation from the government. Why is France dragging its feet over the issue?

Jean-Claude Hervieux still remembers joining a crowd of soldiers and high-level officials in Algeria’s Sahara desert to witness one of France’s first nuclear tests. Things didn’t go exactly as planned.

Instead of being contained underground, radioactive dust and rock escaped into the atmosphere. Everyone ran, including two French ministers. At military barracks, the group showered and had their radiation levels checked as a crude means of decontamination. “You don’t see nude ministers very often,” Hervieux chuckled.

But as France marks the 60th anniversary of its first nuclear test — near Algeria’s border with Mauritania, on February 13, 1960 — there is not much to laugh about. Critics have long claimed more than three decades of nuclear testing may have left many victims, first in Algeria and later in French Polynesia, where the bulk of testing took place.

But so far, only hundreds have been compensated, including just one Algerian. And as key nuclear testing anniversaries tick by, the unresolved fallout of the nuclear explosions has also fed into longstanding tensions between Paris and its former colony.

It is part of the whole issue of decolonization, and of Algerians asking for French recognition of crimes committed” as a colonial power, said Brahim Oumansour, North African analyst for the Paris-based French Institute of International Relations. For France, he added, doing so might mean “financial compensations in the millions of euros.”

Such issues are off the French government’s current public radar. A major nuclear policy speech last week by President Emmanuel Macron made no mention of them. France’s compensation commission says it has responded to claims that meet criteria set out by law.

The French Defense Ministry and Algerian authorities did not respond to questions about the tests.

A former electrician, Hervieux spent a decade working on the French nuclear tests, first in Algeria and later in French Polynesia. The botched Beryl explosion he witnessed in May 1962 took place two months after Algeria’s independence from France. The desert testing would continue for another four years, thanks to an agreement Paris secured with Algiers. “The showers cleaned our bodies and clothes,” Hervieux said of the Beryl incident, “but not what we breathed in or swallowed.”

Hervieux asked French authorities for the results of his radiation tests. They were bizarre, he said. One claimed to have screened him when he was on vacation; another named his father. He was told yet another had been destroyed on grounds it was contaminated.

Buried everything

Altogether, Paris exploded more than 200 nuclear devices. Most were in remote atolls of French Polynesia, but the first 17 took place in Algeria’s desert. In 1996, French President President Jacques Chirac called a halt to the testing.

When we left Algeria, we dug large holes and we buried everything,” said Hervieux, now 80, of France’s departure from the desert sites, in 1966.

He later joined AVEN, a pressure group for victims of French nuclear tests, although he says he remains healthy.

While he did not witness ill effects in Algeria, Hervieux describes visiting a village in French Polynesia where high radiation levels had been detected. “A local teacher said children were sick and vomiting,” he recalled. “Mothers were asking why their children’s hair was falling out.”

In Algeria, testing sites are still contaminated, activists say, many fenced off by only barbed wire, at best. “I saw radiation levels emitted from minerals, rocks vitrified by the bombs’ heat, which are colossal,” said retired French physicist Roland Desbordes, who has visited the sites. “These aren’t sites buried in the corner of the desert — they’re frequently visited by Algerian nomads,” who recuperate copper and other metals from the detritus.

Indelible scar?

The former president and now spokesman for CRIIRAD, an independent French research group on atomic safety, Desbordes claims the French army has key classified information about the testing it will not open to public scrutiny, including about the health and environmental effects of the explosions. But he believes Algerian authorities also bear some blame.

Each anniversary they talk about how these nuclear tests were not good,” he said, “but it’s also up to them to close off the sites to ensure nobody can access them.”

Reports, including a pair of decade-old documentaries by Algerian reporter Larbi Benchiha, suggest the testing left an indelible scar on local communities. Unaware of the danger, they collected once-buried scrap metal uncovered by desert winds, and turned them into jewelry and kitchen utensils.

Altogether, between 27,000 to 60,000 people from communities surrounding the test sites were affected, according to one Al Jazeera report, citing differing French and Algerian estimates.

But out of more than 1,600 claims filed under a decade-old French compensation law that finally acknowledged health problems from the tests, only 51 have come from Algeria, according to France’s nuclear compensation commission, CIVEN. A separate Supreme Court ruling recently reinstated two extra compensation claims from French Polynesia.

Among other criteria, the 2010 law requires proof of a minimum level of exposure to weapons tests, and offers a list of 23 types of cancers that qualify for compensation.

“There are very few demands and we can only judge those we receive,” said CIVEN Director Ludovic Gerin, who added the Algerian claims didn’t meet compensation criteria.

“We can’t actively search for victims,” he added, “so we’re a bit blocked.”

February 15, 2020 Posted by | AFRICA, France, weapons and war | Leave a comment

Plutonium-affected U.S. airmen, cancers, deaths, and a new legal ruling

The Palomares disaster occurred on Jan. 17, 1966, when an American B-52 bomber on a Cold War patrol exploded during a midair refueling accident, sending four hydrogen bombs hurtling toward the ground. They were not armed, so there was no nuclear detonation, but the conventional explosives in two of the bombs blew up on impact, scattering pulverized plutonium over a patchwork of farm fields and stucco houses.

Plutonium is extremely toxic, but it often acts slowly. The alpha-particle radiation it gives off travels only a few inches and would not penetrate skin. But inhaled plutonium dust can lodge in the lungs and steadily irradiate surrounding tissue, gradually inflicting damage that can cause cancer and other ailments, sometimes decades later. A single microgram absorbed in the body is enough to be harmful;  according to declassified Atomic Energy Commission reports, the bombs that blew apart at Palomares contained more than 3 billion micrograms.

February 13, 2020 Posted by | health, incidents, legal, PERSONAL STORIES, politics, Reference, weapons and war | Leave a comment