Posts Tagged ‘Bad ideas’

Visions

The 36-Hour War: Life Magazine, 1945

Friday, April 5th, 2013

When NUKEMAP first got very hot, the Washington Post’s blog declared its popularity a sign of our jittery times. Those were Iranian jittery times, if we remember back all the way to a year ago — today we are jittery again, this time regarding North Korea. And so people are flocking to the NUKEMAP again, trying to see what North Korea’s latest weapons would do to their cities if they were used. I’m almost tempted to push out the new one early, just to take advantage of the interest, but I have faith that we will be jittery again whenever the new one is done. Nuclear jitters aren’t a new thing.

Visualizing nuclear war is an old media pastime. How old? One of the most vivid early depictions of this sort of atomic apocalyptic thinking come from Life magazine’s issue of November 19, 1945 — only a few months after Hiroshima and Nagasaki.

From the cover of the issue, you’d have little to suspect about its contents. “Ah, big beltsFascinating! I love big belts!”

Life magazine - November 1945 - Big Belts

But once you get beyond that, the interior stories are much more interesting. For people interested in World War II and the Cold War, there are a lot of great stories in here: articles about what should be done with postwar China, what was going on in postwar Poland (with some impressive, awful photographs), plus an article on occupied Tokyo (with some amazing illustrations), and another on the OSS (spies!). There was even, at the very end, a reproduction of the Jack Aeby photo of the “Trinity” test, in full color (which was apparently just “orange,” after going through Life’s printing processes).

But the real stunner story of the issue was something much more grim. Once you get past a lot of fluffy stuff, you’re greeted with this horror:

1945 - Life - 36-Hour War - 1

“The 36-Hour War.” This long, feature story is a description of what nuclear war in the future will look like. It was based on a report by General “Hap” Arnold, the chief of the Army Air Forces during World War II and the later founder of Project RAND, which became the RAND Corporation, the epitome of a Cold War think tank. (He was also, incidentally, the guy who gave Curtis LeMay his job in the Pacific theatre.)

The report in question was the “Third Report of the Commanding General of the Army Air Forces to the Secretary of War.” Hunting around a bit, I eventually located a copy of the original online, if you’d like to look at it. It was published only a week before the Life story on it, which is pretty impressive given the illustrations involved in the article. The report is concerned both with summarizing what had happened in the air war during World War II on both the European and Pacific fronts, as well as a concluding section on “Air Power and the Future,” which is the subject of the “36-Hour War” article. Like many strategic bombing advocates, Arnold downplayed the importance of the bomb for World War II, emphasizing that the only reason the atomic bombs, or any bombs, could be delivered at will was because they had already won strategic superiority over the island. It’s the future where Arnold thought atomic weapons will really matter.

1945 - Life - 36-Hour War - 2

And it’s a grim future: rockets plus nuclear weapons equals “the ghastliest of all wars,” according to Life. The implications of ICBMs somewhat understood well over a decade before they were technologically realized.

The Life story starts with a large illustration of Washington, DC, getting nuked (hey, at least it’s not New York again, right? But why are they nuking RFK Stadium?), and then follows with a two-page spread showing 13 “key U.S. centers” getting wiped out by the Soviet Union. “Within a few seconds atomic bombs have exploded over New York, Chicago, San Francisco, Los Angeles, Philadelphia, Boulder Dam, New Orleans, Denver, Washington, Salt Lake City, Seattle, Kansas City, and Knoxville.” (Sorry, Boston, but you didn’t rate! Austin, you are fine for now!) They guess that 10 million people would be killed in the initial attack. “The enemy’s purpose is not to destroy industry, which is an objective only in the long old-fashioned wars like the last one, but to paralyze the U.S. by destroying its people.”

Amusingly, the Life writer suggests that these Soviet missiles came from silos in equatorial Africa, “secretly built in the jungle to escape detection by the UNO Security Council.” Ah, the naiveté of 1945, believing that it would be a taboo of some sort to build ICBM sites! Believing that some kind of international order would be assembled that might affect the conduct of nuclear war! Sigh.

1945 - Life - 36-Hour War - 3

But on the whole the Life story is not bad (except for the ending, which I’ll get to). On the page above, it talks about radar as an early warning technique which they claim would give perhaps 30 minutes warning in the event of an ICBM attack. But they also point out that radar can be evaded by low-altitude missiles and smuggled atomic bobs. And they recognize that 30 minutes is really not that long of a period in time — “even 30 minutes is too little time for men to control the weapons of atomic war.” At best, they suggest, such warning could be used to fire defensive rockets at the incoming rockets, a topic they cover on the next page.

1945 - Life - 36-Hour War - 4

“Our Defensive Machines Stop Few Attackers.” Dang. In this hypothetical future, the US has a missile defense system that works pretty much like you’d expect one to work today — maybe it might destroy a few of them, “but inevitably it would miss some of the time.” The illustration above shows the enemy rocket “coasting through space” in its final descent, with the interceptor missile coming up from the ground. Some nice copy: “When the two collide, the atomic explosion will appear to observers on the earth as a brilliant new star.” It doesn’t actually work that way, but whatever, it’s a nice sentence.

In his report, Arnold outlines three approaches to “defense” against atomic attack. First, you basically try to make sure nobody is making nuclear weapons. Not a bad start, you have to admit. Second, you should try and develop defenses against launched attacks — e.g. missile and bomber defense. A bit more problematic. Third, you redesign the entire country to make it harder to attack with nukes. This is basically the “dispersal” theory of defense — if you don’t have all of your infrastructure and people living in a few, centralized locations, then the vulnerability to all but the most apocalyptic attacks is a lot lower.

But finally, he emphasizes — in the manner befitting a general, I suppose — that the best defense is a good offense. That is, deterrence. And to do that, you need a good second-strike capability, to use the lingo of a later time.

1945 - Life - 36-Hour War - 5

The Life writer and illustrator decided to combine both of these last two ideas, creating a rather amazing fantasy nuclear installation. Take a look at that spread — it’s a huge underground city devoted to producing ICBMs and launching them en masse. It has underground streets and underground cars and underground trains. I’m not sure that Arnold was suggesting anything like this, but it’s pretty amazing. It doesn’t seem very practical, for a lot of reasons (those firing tubes look pretty vulnerable to attack, which would moot the whole installation), but it’s wonderfully imaginative for 1945. Philip K. Dick wrote about crazy installations like this in some of his short stories, but those were written in the 1950s and 1960s.

1945 - Life - 36-Hour War - 6

Towards the “war’s end,” enemy troops would show up. This is because, according to the Life writers, “in spite of the apocalyptic destruction caused by its atomic bombs, an enemy nation would have to invade the U.S. to win the war.” Win the war? Here you see a little bit of divergence from what would be a more common narrative: that nuclear war is really just about a “knock-out punch,” as opposed to conventional notions of taking over a country.

The illustration above is pretty interesting. OK, obvious cheesecake fantasy going on there, as gas-masked Soviet thugs step over the somehow-still-beautiful corpse of a telephone operator whose blouse has almost been knocked open by atomic bombs. The Soviet soldiers are attempting to repair the telephone infrastructure and get the country back up to (occupied) speed, and are walking around destroyed streets with bazookas (a less-sung wonder-weapon of WWII). The Life staff estimate that 40 million would be dead at this point “and all cities of more than 50,000 population have been leveled.” New York’s Fifth Avenue is merely a “lane through the debris.” 

But, but! Have some hope! Improbably, “as it is destroyed, the U.S. is fighting back. The enemy airborne troops are wiped out. U.S. rockets lay waste the enemy’s cities. U.S. airborne troops successfully occupy his country. The U.S. wins the atomic war.“ Wait, what? We won the war? How? A little hand-waving was all that was needed. I know, they nuked all our major cities and landed troops with bazookas, but don’t worry, we managed to (within 36-hours, mind you!) launch a devastating counterattack that included occupying his country. Well. I am relieved and can move on to the article on big belts, no?

1945 - Life - 36-Hour War - 7

Well, hooray. Of course, the country has been reduced to radioactive rubble — “By the marble lions of the New York Public Library, U.S. technicians test the rubble of the shattered city for radioactivity.” But chin up — we won the war!

It’s an amazing place for the article to just… end. A preview of un-defendable, horrible destruction, and then a quick deus ex machina that resolves it. And what a resolution! 40 million dead, no more big cities, but don’t worry, we got ‘em back! It’s really not very satisfying. It has the whiff of a heavy, least-minute editorial hand: “we can’t end on such a grim note, and then expect them to just move on to other articles. We’ve gotta win, in the end! Give ‘em some hope!”

One wonders: what was the public supposed to take away from this? Support for international control of the bomb? Support for better defenses? Fear of the future? It’s really a wonderful mess, the sort of thing you’d expect only a few months after the bomb made its debut, to be sure. Not all of the clichés had codified, the genre was still new.

Speaking of which — remember that devastating sequence from Fog of War, where Robert McNamara describes the firebombing of Japan, telling you what percentage of each Japanese city was destroyed, and then telling you an American-sized equivalent? The Arnold report in question did it first, and may have been the source for the data (the percentages and cities seem to match exactly):

1945 - Arnold map - bombing of Japan

Which makes a wonderful full-circle, doesn’t it? Something originally used to brag about performance has now become a touchstone for explaining the barbarity of the Pacific campaign.

Meditations

Doomsday on the Cheap

Friday, January 4th, 2013

One of the really salient issues about nuclear weapons is that they are expensive. There’s just no way to really do them on the cheap: even in an extremely optimized nuclear weapons program, one that uses lots of dual-use technology bought off-the-shelf, to make a nuclear weapon you need some serious infrastructure.

A piece of gold the weight of Little Boy would have cost between $5 and $6 million in 1945. The fissile material for Little Boy cost well over $1 billion. So it would actually have been a pretty good bargain at the time if Little Boy had cost its weight in gold. Also, I knew that making a highly-realistic model of Little Boy in Blender would come in handy someday.

A piece of gold the weight of Little Boy would have cost between $5 and $6 million in 1945. The fissile material for Little Boy cost well over $1 billion. So it would actually have been a pretty good bargain at the time if Little Boy had cost its weight in gold. Also, I knew that making a highly-realistic model of Little Boy in Blender would come in handy someday.

That’s not to say that you need to redundantly overspend as much as the Manhattan Project did, or the US did during the Cold War, but even “cheap” nuclear weapons programs are pretty costly. There are a few multinational corporations that could probably pull it off if they were given carte blanche with the technology, but basically you’re talking about a weapon that is made for, and by, states. (I’m not, of course, ignoring the possibility of hijacking someone else’s infrastructural investments, which is another way to think about theft of fissile material.)

Solid gold B61s aside, this is a good thingIt actually makes nuclear weapons somewhat easy to regulate. I know, I know — the history of trying to control the bomb isn’t usually cited as one of the great successes of our time, but think about how much harder it would be if you couldn’t spot bomb factories? If every university physics department could build one? If they were really something you could do, from scratch, in an old airstream trailer?

Herman Kahn, 1968, by John Loengard, via Google's LIFE image archive

Herman Kahn, the great tanker of unthinkable thought, has a bit about the relationship between cost and doomsday in his 1965 book On Escalationwhich a someone in the audience of a talk I gave last month helpfully sent along to me:1

Assume that it were possible to manufacture a ”doomsday machine” from approximately $10 worth of available materials. While it might be “unthinkable” that the world would be destroyed by such a “doomsday machine,” it would also be almost inevitable. The only question would be: Is it a matter of minutes, hours, days, months, or years? About the only conceivable way of preventing such an outcome would be the imposition of a complete monopoly upon the relevant knowledge by some sort of disciplined absolutist power elite; and even then one doubts that the system would last.2

If the price of the “doomsday machine” went up to a few thousand, or hundreds of thousands, of dollars, this estimate would not really be changed. There are still enough determined men in the world willing to play games of power blackmail, and enough psychopaths with access to substantial resources, to make the situation hopeless.

If, however, the cost of “doomsday machines” were several millions or tens of millions of dollars, the situation would change greatly. The number of people or organizations having access to such sums of money is presently relatively limited. But the world’s prospects, while no longer measured by the hour hand of a clock, would still be very dark. The situation would improve by an order of magnitude if the cost went up by another factor of 10 to 100.

It has been estimated that “doomsday” devices could be built today for something between $10 billion and $100 billion. [Multiply that by 10 for roughly current price in USD]3 At this price, there is a rather strong belief among many, and perhaps a reasonably well-founded one, that the technological possibility of ”doomsday machines” is not likely to affect international relations directly. The lack of access to such resources by any but the largest nations, and the spectacular character of the project, make it unlikely that a “doomsday machine” would be built in advance of a crisis; and fortunately, even with a practical tension-mobilization base, such a device could not be improvised during a crisis.

In other words, since Doomsday Machines are phenomenally expensive, and thus only open as options to states with serious cash to spend (and probably serious existing infrastructures), the odds of them being built, much less used, are pretty much nil. Hooray for us! (Nobody tell Edward.) But as you slide down the scale of cheapness, you slide into the area of likelihood — if not inevitability — given how many genuinely bad or disturbed people there are in the world.

Cost and control go hand-in-hand. Things that are cheap (both in terms of hard cash as well as opportunity cost, potential risk of getting caught, and so on) are more likely to happen, things that are expensive are not. The analogy to nuclear weapons in general is pretty obvious and no-doubt deliberate. Thank goodness H-bombs are expensive in every way. Too bad that guns are not, at least in my country.

But area where I start really thinking about this is biology. Check out this graph:

Cost of sequencing a human-sized genome, 2001-2012. From the National Human Genome Research Institute.

Cost of sequencing a human-sized genome, 2001-2012. From the National Human Genome Research Institute.

This graph is a log chart of the cost of sequencing an entire human genome, plotted over the last decade or so. Moore’s Law is plotted in white — and from 2001 through the end of 2007, the lines roughly match. But at the beginning of 2008, sequencing genomes got cheap. Really cheap. Over the course of four years, the cost dropped from around $10 million to about $10,000. That’s three orders of magnitude. That’s bananas. 

I was already reeling at this graph when I saw that Kathleen Vogel has a very similar chart for DNA synthesis in her just-published book, Phantom Menace or Looming Danger?: A New Framework for Assessing Bioweapons Threats (John Hopkins University Press, 2012). (I haven’t had a chance to read Kathleen’s book yet, but flipping through it, it is pretty fascinating — if you are interested in WMD-related issues, it is worth picking up.)

Everything regarding the reading and writing of DNA is getting phenomenally cheap, really quickly. There’s been a blink-and-you-missed-it biological revolution over the last five years. It’s been caused by a relatively small number of commercial players who have made DNA sequencing into an automated, computer-driven, cheap process.4 It will probably hit some kind of floor — real-world exponential processes eventually do — but still.

I don’t have anything much against DNA sequencing getting cheap. (There are, of course, implications for this, but none that threaten to destroy the world.) DNA synthesis makes me pause — it is not a huge step from DNA synthesis to virus synthesis, and from there to other bad ideas. But as Kathleen emphasizes in her book (and in talks I’ve seen her give), it’s not quite as easy as the newspapers make out. For now. We’re still probably a few decades away from your average med school student being able to cook up biological weapons, much less biological Doomsday Machines, in a standard university research laboratory. But we’re heading down that road with what seems to me to be alarming speed.

Don’t get me wrong — I think the promises of a cheap revolution in biology are pretty awesome, too. I’d like to see cancer kicked as much, and maybe even more, than the next guy. I’m not anti-biology, or anti-science, and I’m not in fan of letting a purely security-oriented mindset dominate how we make choices, as a society. I don’t necessarily think secrecy is the answer when it comes to trying to control biology — it didn’t really work with the bomb very well, in any case. But I do think the evangelists of the new biology should treat these sorts of concerns with more than a knee-jerk, “you can’t stop progress” response. I’m all in favor of big breakthroughs in medicine and biology, but I just hope we don’t get ourselves into a world of trouble by being dumb about prudent regulation.

What disturbs me the most about this stuff is that compared to the best promises and worst fears of the new biology, nuclear weapons look easy to control. The bomb was the easy case. Let’s hope that the next few decades don’t give us such a revolution in biology that we inadvertently allow for the creation of Doomsday Machines on the cheap.

Notes
  1. Herman Kahn, On Escalation: Metaphors and Scenarios (Transaction Publishers, 2010 [1965]), 227-228. []
  2. Note the implicit connection here between knowledge and the importance of cheapness — when materials are cheap, knowledge becomes everything. Or, to put it another way, this is why computer viruses are everywhere and atomic bombs are not. []
  3. Here he cites his own On Thermonuclear War, page 175, but in the copy I have, it is page 145, footnote 2: “While I would not care to guess the exact form that a reasonably efficient Doomsday Machine would take, I would be willing to conjecture that if the project were started today [1960] and sufficiently well supported one could have such a machine by 1970. I would also guess that the cost would be between 10 and 100 billion dollars.” $10 billion USD in 1960, depending on the conversion metric you use, is something in the neighborhood of 100 billion dollars today, with inflation. []
  4. I thank my friend Hallam Stevens for cluing me in on this. His work is really must-read if you want to know about the computerized automation of sequencing work. []
Redactions

How to make an atomic thunderstorm

Thursday, November 15th, 2012

The rapid temperature and pressure changes produced by atomic explosions can, in fact, alter the local weather. This isn’t conspiracy theory kookery — it’s actually occurred numerous times in the course of nuclear testing. Here, for example, is an excerpt from a report about Redwing CHEROKEE, a 1956 test of a 3.8 megaton hydrogen bomb:

As the cloud rose and cooled, a very  intense purple with Szchrinkoff [sic — Cherenkov] radiation. Rain started in the area at about H+3 minutes after the burst, and at about H+10 minutes, a thunderstorm developed within the stem. Mr. Tanner and I counted 21 flashes appearing exactly like lightning flashes within a cloud.1

Lightning accompanied many hydrogen bomb detonations. Ivy MIKE, the first H-bomb, produced quite a lot of lightning, later analysis of the Rapatronic footage found:

Great, another thing to worry about. Image from Colvin, et al., “An empirical study of the nuclear explosion-induced lightning seen on IVY-MIKE,” (1987). You can see film of this footage here. Note that these sorts of things should not be confused with the smoke trails that were sometimes used to visualize the moving blast wave on tests.

That local weather changes would follow nuclear explosions isn’t too surprising when you think about it. What is weather if not pressure, temperature, and electrostatic charge? All three of those things are present in quantity when you detonate a nuclear weapon. I wouldn’t necessarily have guessed, a priori, that rain, lightning, and thunderheads could be created in the immediate aftermath of a nuclear bomb, but after hearing about it, it makes sense.

What’s more surprising, though, is that this was actually investigated as a way to enhance nuclear weapons as early as 1945.

In late April 1945, two theorists working at Los Alamos working on the possible health hazards of the “Trinity” test stumbled upon the fact that rising hot air (such as that produced by a nuclear weapon)  might produce rain. They sent a memo to J. Robert Oppenheimer raising the possibility:

After the ball of fire and hot air produced by the gadget explosion start to rise, conditions could easily exist favorable for the formation of a thunderhead. The initial velocity of rise of the hot air should be about 25 meters per second. Hubbard believes that a velocity of only 15 meters per second would be sufficient to produce a thunderhead provided that the atmospheric conditions were just right. He believes that the time when the proper conditions of humidity and instability would prevail over Japanese targets can be predicted accurately. In general they would be quite likely to occur in the summer months,. We are going to make a careful study of this question and its consequences.2

Two days later, they sent him another memo, this time discussing raising the possibility of making this happen deliberately. (As a side note, I always love it when the defensive swings around to become the offensive — this might be a problem becomes this might be a cool weapon with amazing rapidity.)

The memo, written by physicist Joseph Hirschfelder, had an ominous title: “Strategic Possibilities Arising if a Thunderstorm is Induced by Gadget Explosion.”3 Hirschfelder, his 1990 obituary explains, was a leader of a theoretical group at Los Alamos, and later went on to do physics work on the bombs dropped at Bikini in 1946.

Hirschfeder’s 1945 memo explained that “it would be feasible, if desired, to choose the proper weather conditions for delivery [of the bomb] so that the gadget explosion would induce a thunderstorm.” The physics seems fairly clear:

Joseph Hirschfelder’s Los Alamos badge photograph.

Because of the high potential temperature of the hot air, the active material and fission products would surely rise to heights of the order of 10,000 feet (in a time of three minutes) before the thunderhead would develop. With even a light wind the major portion of the active materials would be carried away from the area of blast damage (for a 15 mile an hour wind, one mile in four minutes) and the products would rain down on an area which has not been severely damaged by the blast (a radius of A damage for blast is considerably under one mile).

A simple calculation shows that the radiation from the active material and fission products would be sufficient to to render an area of from one to one-hundred square kilometers uninhabitable. Calculations which I have made on the smoke column would indicate that the radius of our smoke column would be of the order of 500 to 1000 meters therefore we could not expect to poison an area of more than a few square kilometers. …

I do not believe that there would be any lessening of the blast damage if we deliver the gadget in weather conditions favorable for the formation of the thunderstorm (conditional instability, humidity above 60%) and therefore the radiation effects might cause considerable damage in addition to the blast damage ordinarily considered.

In plainer language, Hirschfelder is saying, “hey Oppy, I found a way to make the bomb even more radioactive than we had previously contemplated. We’ll set it off in a way that will create a thunderstorm, which will spread radiation all over the place, even to places that weren’t hit by the actual blast itself.” Clever? Undoubtedly. Horrible? I find it so — it’s an attempt to make the bomb even more unpleasant than it already was. But in a sense, that’s part of the job description, isn’t it?

Hirschfelder closed the memo by offering that, “if you are interested in this possibility, we should try to work out more explicit details: how long it would take before the rain started, how predictable would be the area on which the active material was dumped, etc.” It doesn’t appear that Oppenheimer followed up on the issue, but he didn’t condemn it either. My total speculation is that he never followed up on it because it sounds a little complicated to pull off under wartime conditions — and waiting around for ideal weather conditions was tricky enough as it was without trying to create atomic thunderstorms. 

(A small, weather-related meditation: As you probably know, bad weather saved the city of Kokura, Japan, from being the target of the Fat Man bomb. Nagasaki was the runner-up, and even its mission was almost scrapped because of cloud cover. There was probably somebody who lived in Kokura who complained about it being so cloudy on that day, August 9, 1945, without realizing how lucky he or she was. When clouds get you down, cheer up! You might be living in Kokura.)

I came across this memo for the first time while going through the footnotes of Sean Malloy’s excellent article on what was and wasn’t known about radiation effects prior to dropping the bomb on Hiroshima. What struck me about it, aside from the gee-whiz aspect of ATOMIC THUNDERSTORMS, was how bloodthirsty these physicists appeared. Another document from Sean’s article, Bill Penney’s calculations on the ideal height to detonate the atomic bomb (with the special goal of trying to kill as many Japanese firefighters as possible), similarly affected me.

A common depiction is of the Los Alamos scientists as a bunch of giddy geeks whose “technically sweet” lab experiments get appropriated by the military for awful ends. But it’s a far darker story than that. These were some of the smartest people around at the time, and they applied all of their mental energies to the making of war — to the production of deaths. It’s not incomprehensible, of course: they knew they were doing wartime work, and there was, of course, a particularly vicious war on. But the flip side of all of those cute films and photographs of them drinking at lab parties is that when they weren’t there, they were plotting, in meticulous fashion, for killing as many people as were possible.

I think we’ve lost some of that in our collective memory. It’s present in some of the earlier depictions of the scientists and their work, but we seem to have compartmentalized our “weapons scientists” into the “good guys” (Oppenheimer, Bethe, Feynman) and the “bad guys” (Teller, Von Neumann) in terms of who we think are more dovish or hawkish. And yet, they all made weapons of mass destruction — some with more ambivalence than others, but they made them nonetheless. I’m not a total dove about these things, but I still think it’s worth keeping that at the forefront of one’s mind when talking about these guys. What I think is easy to forget when we read about Feynman’s hijinks and Oppenheimer’s highballs is that these geniuses were applying the entirety of their brains to a very grim job, one they did quite well. It is impossible to imagine the military men thinking up atomic bombs — much less atomic thunderstorms — on their own.

Notes
  1. Cherokee Field Report Bikini Operations, page 10, quoted in Chuck Hansen, The swords of Armageddon: U.S. nuclear weapons development since 1945 (Sunnyvale, CA : Chukelea Publications, 1995), 1307. []
  2. Joseph O. Hirschfelder and J.M. Hubbard to J. Robert Oppenheimer (23 April 1945), Nuclear Testing Archive, Las Vegas, Nevada, document NV0123756. []
  3. Joseph O. Hirschfelder to J. Robert Oppenheimer, “Strategic Possibilities Arising if a Thunderstorm is Induced by Gadget Explosion,” (25 April 1945), Nuclear Testing Archive, Las Vegas, Nevada, document NV0124031. []
Meditations

Lessons from the Crisis

Friday, November 2nd, 2012

We’re just past the anniversary of the peak of the Cuban Missile Crisis, though as Svetlana Savranskaya emphasizes, in various forms the Crisis was still on-going through early December 1962. The missiles were still there, there were still huge numbers of tactical nuclear weapons on the island, and the military forces of the USA and USSR were still wound up and ready to pounce — nuclear war, even accidental nuclear war, was still a very real possibility. The claiming that the Crisis was “over” on October 28 was a publicity move (one well-timed for the 1962 midterm elections as much as anything else).

October 5, 1962: CIA chart, “Reconnaissance Objectives in Cuba.” We’re still looking, in a way. Via the National Security Archive.

Since I last wrote about the Cuban Missile Crisis, I’ve read a few more editorials on it, all from people trying to derive new timely new lessons from the past. Coming up with something that isn’t either entirely wrong-headed or really bland is a hard thing to do. Michael Dobbs can pull it off, but it helps to have already written the definitive book about the Crisis, I imagine.

The Belfer Center at the Harvard Kennedy School has put together a pretty cool website dedicated to the Crisis (and managed to snag a pretty premium URL for it, which I bet they had to buy off of a loathsome cyber-squatter) where, among other things, they hosted a contest for new “lessons.” I was sort of intrigued with the contest idea — you had to write very short lessons (<300 words), and, again, they had to be novel. How many novel lessons from the Cuban Missile Crisis can there be, 50 years later?

I tried my hand at it, though I realized immediately after submitting it that I had enough ties, present and past, to the Kennedy School to automatically disqualify me from entering. (Lesson: always read the fine print.) My lesson was also kind of a blatant attempt at both promoting my own topic (nuclear secrecy) while simultaneously trying to one-up the whole idea of the contest by presenting a meta-lesson: a lesson that dictated the means of production of other lessons. Trés academic, I know. Even without the automatic disqualification, I knew that this wasn’t really going to cut it, but it was a fun exercise.

My lesson — in brief — was that unless you peel back the layers of secrecy surrounding historical events, you can’t really figure out what happened there, and thus can’t formulate lessons at all.1 As I said, that’s a little too meta to be satisfying, an attempt to be too clever by half. But there are some things that would be nice to know that are still hidden behind layers of classification. The reasons, as usual, aren’t entirely clear (the weapons systems are no longer in use and the tactics have surely changed considerably since then), but assuming there is a rationale other than the knee-jerk approach to secrecy that happens whenever anything nuclear is on the table, I suspect there are diplomatic relations at issue.

As unimpressed as I was with my own showing, I was terribly impressed with one of the winning “lessons” in particular — and thought it was much more clever than my own. That it was provided by a member of the “general public” is even more satisfying. Here is what Zachary Elias, a Dartmouth sophomore (!) wrote:

Lesson: The Cuban Missile Crisis taught the United States what containment feels like.

The lesson from the crisis is the extent to which containment is terrifying for the country being contained. Because the U.S. had been a global military superpower since the end of World War II, it had never faced an existential threat close to its borders. At the time, U.S. nuclear missiles were stationed in range of Soviet cities as a means of containment — but, for U.S. policymakers, it was unthinkable that the U.S. could end up in a similar position. So, when the USSR decided to raise the stakes by placing its own nuclear missiles in range of American cities, U.S. policymakers were inclined to compromise with the Russians on containment policy — trading nuclear warheads in Turkey for those in Cuba – to lessen the direct military threat posed to each nation by one another.

This is a lesson to keep in mind when deliberating the best means of dealing with rising powers. When making policy concerning the rise of China, for example, one would do well to remember that military containment and antagonism makes the contained country feel threatened, which in turn makes aggression more likely in response to U.S. provocations. It took trust, diplomacy, and compromise to resolve a crisis that was precipitated by military buildup, as dictated by standard realist power calculus. While it is unlikely that China will be able to challenge U.S. power as the USSR did during the Cold War, one should remain cognizant of the fact that surrounding another state with military threats is less likely to spur long-term trust and cooperation – which, in an era of cooperative globalization, is more important than ever.

That is some clever stuff — a wonderful reversal of perspective, one I’ve never really seen laid out quite that way before. Very smart. The Cuban Missile Crisis was when the US really got a glimpse at what it felt like to be “contained.” It wasn’t a nice feeling. It didn’t encourage us to view our “containers” as benevolent and peaceful. We should keep that feeling in mind when we happily talk about containing other nations.

Oct. 27, 1962: “Cuban anti-aircraft gunners open fire on low-level reconnaissance planes over San Cristobal site no. 1.” That is really low-level! Via the National Security Archive.

I had this in mind while I was at a big Cuban Missile Crisis conference at George Mason University last weekend. It was a great conference, better than I had even expected. It was moderated by Martin Sherwin (author of American Prometheus and a nice guy, to boot), who did an excellent job of it. Among those who spoke were a number of veterans of the Crisis: Colonel Buddy Brown (USAF, Ret.), who flew U-2s over Cuba; Dino Brugioni, who worked to analyze the U-2 data; and Lt. Commander Tad Riley (USN, Ret.), who flew F8U-1P Crusade Crusaders over the island’s surface-to-air-missile sites.

The two pilots were fascinating to listen to, and their experiences were surprisingly different. U-2s were high-altitude spy planes, as you know. They required hours of preparation before taking off, including having the pilot spend two hours breathing 100% oxygen to purge all of the nitrogen from his blood, so he wouldn’t get “the bends.” The importance of the pilot’s physiology was key — if his blood pressure was slightly off normal, he would be cut from the mission. The tolerances of flying in such planes at such high altitudes were very small. Everything had to be perfect… except, in Brown’s case, the weather, which was dangerously awful when he took off for Cuba. And while up there, the margin of error was slim. Brown was basically wearing a spacesuit up there, because if he had lost pressurization, his blood would have literally begun to boilBrown also said they primarily used celestial navigation to find out where they were — he was literally using a sextant to figure out where to fly.

As for Riley, his planes had the opposite problem: he was flying a mere 200 feet off the ground… at 500 mph. Which is really nuts if you think about it, navigating solely by maps and visual landmarks. He said it wasn’t as bad as it could have been, since Cuba didn’t have very many power or phone lines. That’s cutting it pretty close. He said that the Cubans would occasionally take pot-shots at such planes, but their equipment was too outdated to hit them. The Soviets on the island had better equipment, but they knew not to fire.

Nov. 5, 1962: “Low-level photography documents loading of Soviet missiles at the main Mariel port facility for return to the USSR. On the dock are vehicles later identified… as nuclear warhead vans.” Via the National Security Archive.

As for analyzing the 6,000 feet of U-2 film that came back from each mission, Brugioni said that it was like going over a roll of film stretching from the White House to the Capitol building with a magnifying glass, looking for things that resembled known installations in the Soviet Union. One interesting point he made was that the reason they (erroneously) didn’t think there were actual nukes on the island was because their baseline was the level of security given to nuclear warheads in the Soviet Union. The nukes on Cuba were barely guarded — just in anonymous vans or barely-attended-to bunkers — so they assumed they must not be nukes. The reason they were so unguarded is not known — that is, whether it was purposeful to avoid scrutiny, or just a different (lax) security standard.

Lastly, there a talk and commentary from Sergei Khrushchev, son of Nikita. He was pretty amazing — he looks just like a slimmer version of this father (in person, the resemblance is uncanny). The spitting image. He spoke with a melodious, article-dropping Russian accent that really gave an authentic touch to everything. At one point, he was asked how he, a rocket scientist in his 20s, felt at the time of the Crisis. He said that he, like most average Soviets (in his view), was not unusually disturbed by it at the time. Why? Because Russia had been living with the “enemy at the gate” for a very, very long time. They whole 20th century, at the very least, had been one long crisis for them. So this was nothing new.

The United States, Khrushchev said, had the luxury of two oceans separating it from the real horror of war and invasion, so its newfound vulnerability during the Crisis affected it much more on a psychological level. He concluded — now imagine this in the aforementioned article-dropping Russian — that “America was like tiger raised in zoo, suddenly released into jungle.” If that’s not a strong take on the situation, I don’t know what is!

Notes
  1. My verbatim lesson:

    Lesson: Government secrecy can cloud our understanding of the past’s lessons.

    The Cuban Missile Crisis continues to be a source of scholarly attention and public interest. The reason for this is clear: as arguably the closest moment the world came to thermonuclear war, it was, and remains, one of the most momentous diplomatic conflicts of human history. Never have the decisions of two men — Kennedy and Khrushchev — held so many lives in the balance.

    And yet, we seem to learn new things about it every year. It was not until 1989 that there was confirmation that Kennedy had agreed to remove the United States’ Jupiter missiles from Turkey as a condition of “the deal” that diffused the Crisis, for example, and this confirmation came during a conference held by a Soviet Union in the throes of glasnost, at that. Of all of the facts to know, this was one of the most important: it showed that one of the unambiguous lessons of the Crisis was that toughness and compromise need not be incompatible, a lesson worth repeating in any age.

    In the decades since the end of the Cold War, the declassification of new sources, including the Oval Office tapes, have greatly enhanced scholarly and public understanding of the Crisis. Is there more to be known, still under official hold, or blacked out by a redactor’s pen? It seems foolish to imagine there is not, but it is not always clear in whose hands some of this information could plausibly be dangerous at this point.

    If historians are to make real sense of the lessons of the past, we must be given the access to study the facts of the past. Until then, we will just be grasping at guesses and official narratives.

    []

Meditations

About those nukes in Cuba….

Thursday, October 25th, 2012

The Cuban Missile Crisis turned 50 this week. If you’re interested in nuclear things you no doubt already know this, given that every organization with a plausible connection to it seems to have done something to commemorate it. It’s kind of amazing, but even after all this time, there are new things to learn — and things we still don’t know.

“November 9, 1962: Low-level photograph of 6 Frog (Luna) missile transporters under a tree at a military camp near Remedios [Cuba]. U.S. photo analysts first spotted these tactical nuclear-capable missiles on October 25, but only in 1992 did U.S. policymakers learn that nuclear warheads for the Lunas were already in Cuba in October 1962. Source: Dino A. Brugioni collection, The National Security Archive.”

Yesterday I was fortunate enough to be in the audience at a talk by Stan Norris and David Rosenberg at the Wilson Center. Stan is, you will recall, the author of the great biography of General Groves, and a frequent contributor to the Bulletin of the Atomic Scientists’ ”Nuclear Notebook” series where he and Hans Kristensen give us the definitive estimates for how many nuclear weapons there are in the world at any given time. David has been a major military historian for at least 30 years or so, and has written a number of important articles with awesome titles: ”The Origins of Overkill,” “A Smoking Radiating Ruin.”

The talk was on the “Nuclear Order of Battle,” a project Stan has been working on to find out what were the actual nuclear forces available to both the United States and the Soviet Union as the Cuban Missile Crisis was unfolding. (Stan and Hans have an article in the Bulletin which summarizes some of the initial findings, though Stan is working on a much longer piece as well.) David, for his part, talked about the nuclear war planning that was going on at the time. What was the context of the crisis, in terms of thinking about nuclear weapons in the United States? What was American nuclear strategy of the time? How did this contrast with the Soviet side of things?

Range of the missiles that the Soviets were installing in Cuba. A number of working MRBMs (Medium Range Ballistic Missiles) had already been installed.

All of this is a pretty sobering thing to contemplate, obviously. I mean, everybody knows that nuclear war in 1962 would have been, to put it mildly, bad. But thinking through how bad in very concrete terms makes it even more disturbing — it takes it from the realm of “generic existential threat” to images of destroyed American cities.

Both were excellent and said far more than I can summarize justly in such a short space, and the audience questions were great. The audience had a good dollop of DC nukerati in it — among those who asked questions were Bill Burr of the National Security ArchiveSvetlana Savranskaya, who just wrote a book about the Soviet side of the Crisis; Irving Lerch of the American Physical Society, who had been involved with some of the on-the-ground planning for invading Cuba back in the day; Chris Pocock, an historian of the U-2 spy plane; and Thomas Cochran of the Natural Resources Defense Council. It was hopping, and both Stan and David were pretty great. The whole thing was taped, and you can watch the video of it online.

The basics were such: At the time of the Crisis, the United States could out-nuke the Soviets by a fairly considerable margin. Depending on how you hash out megatonnage vs. delivery vs. success likelihood and whatnot, the US arguably had an advantage of 17-to-1 over the Soviets, though by my reckoning it was probably more like a 10-to-1 advantage in terms of strategic weapons. In one small but important example of this disparity, in 1962 the Soviet Union had only 42 long-range ICBMs ready to launch. The United States had 182, plus some 500 nukes nestled up along the Soviet border in Italy, Germany, Turkey, and other European sites. The Soviets had maybe 160 bomber-delivered weapons to launch, while the US had around 1,600, plus a technological advantage in bomber technology. Plus the US also had several thousands of other nukes stashed around the globe ready to go, as well.

But the Soviets still could have easily killed tens of millions in the United States and in Europe if it had come to it. 42 ICBMs is still a pretty big number — especially when 6 of them are wearing 3 megaton warheads, and the other 36 are ranging from 3 to 6 megatons. Even if the Soviets were being very conservative about those and launching three per target, that’s still 14 American cities you can scratch off the list, ignoring the fallout. Plus whatever else they threw at us. Which would have been completely devastating. In the face of this fact, our 1o-to-1 “superiority” looks pretty pointless.

As Oppenheimer put it in 1953: “Our twenty-thousandth bomb, useful as it may be in filling the vast munitions pipeline of a great war, will not in any deep strategic sense offset their two-thousandth.”

A SS-4 Medium Range Ballistic Missile, of the sort the Soviets were installing had actually installed! on Cuba in 1962.

But there’s more. For many years now we’ve known that in a certain sense, Kennedy’s attempt at nuclear “quarantine” failed in Cuba: the Soviets already had moved working nuclear weapons there. This is discussed a bit in Errol Morris’ Fog of War and I’ve always been a little surprised this hasn’t been more talked about. I’d always imagined, though, that the number of Soviet nukes was low. I always imagined four or five. I mean, if they only had 42 ICBMs in the Soviet Union itself, how many nukes could they have put on the island before we noticed? I mean, wasn’t the Cuban Missile Crisis supposed to be that great example of an Incredible Intelligence Coup in which our super-awesome spy planes tipped us off before things got too awful?

Well, according to Stan, the total number of Soviet nuclear warheads on Cuba was… wait for it158. One hundred and fifty eight nukes. On Cuba. During the Cuban Missile Crisis. Manned by scared Soviet troops and a whole lot of Cubans. Yeah. Let that one sink in. Now, to be fair, most of them were tactical nuclear warheads to be used against U.S. forces in case of invasion (which, by American estimates, would have cost 18,500 American casualties, even if nukes didn’t go flying), and “only” 95 to 100 of those were ready to be used. “Only.” But six to eight SS-4 medium-range ballistic missiles were also there, and also at “operational” status. Those SS-4s could have reached as far north as Washington, D.C., with explosive yields of a little over a megaton each.

Imagine that: the major cities of the South and the lower Eastern Seaboard subjected to at least 8 megatons of yield, with no possibility of defense, with fallout going wherever it may. And that’s just the “regional” problem — there’s still those other ICBMs that Soviets had. Oh, and here’s a fun thing: those Soviet nukes had no negative physical protection — no PALs. Moscow vigorously asserted its authority in terms of actual nuclear use in the region, but if it had come down to it, there would have been little they could have done to stop a local commander from using one. 

What’s shocking about this is that apparently the Americans had no clue. They knew there might be some tactical nukes in Cuba, but chose to ignore the fact. They didn’t know there were strategic weapons there and ready to go. My question to Stan and David was, why didn’t Khrushchev say, in one of his drunken telegraphs, “guys, you’re too late, you can’t do anything about it?” Their response (augmented as well by Svetlana and Bill Burr) was believable: Khrushchev was too afraid of nuclear war, and the Cuba missile base was really only a fraction of what it was meant to be at that point.

Classic Herblock — “Let’s Get a Lock For This Thing!”

The big point that both Stan and David made was that we really shouldn’t see the danger of the Crisis as being carefully delineated by those famous “13 days.” The period of danger stretched out well into November 1962, and those MRBMs weren’t removed until December 1962. Furthermore, Kennedy and Khrushchev both realized that they only had limited control when it came to preventing all-out nuclear war. The military engines were spinning up, and getting them back to a not-hair-trigger state was a non-trivial thing.

The overall conclusion from both was that the Cuban Missile Crisis was even more dangerous than most people realized at the time, and more dangerous than most people know now. Well, that’s a cheery thought, isn’t it?