Iran Beat Us to It.

Ivan Oelrich and Ivanka Barzashka

Back in October, when Iran put in a request to the IAEA for a new load of fuel for its medical isotope reactor in Tehran, the United States proposed that Iran ship out an equivalent amount of its low enriched uranium (LEU) in exchange. It turns out, purely coincidentally, that the amount of LEU equivalent to about 20-years worth of fuel for the reactor was almost exactly the amount that Iran would need as feedstock to produce  a bomb’s worth of material.  No one seems to question Iran’s right to purchase fuel, but the purpose of the swap was two-fold:  to get the bomb’s worth of LEU out of Iran, which would have left Iran with less than a bomb’s worth of LEU feedstock, and to provide a seed for improved cooperation and trust. (more…)

FAS side events at the RevCon

by Alicia Godsberg

Yesterday FAS premiered our documentary Paths To Zero at the NPT RevCon.  The screening was a great success and there was a very engaging conversation afterward between the audience and Ivan Oelrich, who was there to promote the film.  As a result of some suggestions, we are hoping to translate the narration to different languages so the film can be used as an educational tool around the world.  You can see Paths To Zero by following this link – we will also be putting up the individual chapters soon.

This morning I spoke at a side event at the NPT RevCon entitled “Law Versus Doctrine: Assessing US and Russian Nuclear Postures.”  I was asked to give FAS’s perspective on the New START, NPR, and new Russian military doctrine.  Several people asked me for my remarks, so I’m posting them below the jump.   (more…)

Speaking at the NPT-Review Conference

The Nuclear Non-Proliferation Treaty Review Conference is Underway in New York

By Hans M. Kristensen

I gave two talks at the review conference of the Non-Proliferation Treaty, both on non-strategic nuclear weapons.

The first was an FAS/BASIC panel on May 10 on Prospects for a shift in NATO’s nuclear posture.

The second was a panel organized by Pax Christi on May 12 on NATO’s nuclear policy.

My prepared remarks follow below:

U.S. Nuclear Weapons in Europe: Which Way Forward?

Hans M. Kristensen
Director, Nuclear Information Project
Federation of American Scientists
Presentation to FAS/BASIC Panel on Shifting NATO’s Nuclear Posture
Nuclear Non-Proliferation Treaty Review Conference, New York, May 10, 2010

I’ve been asked to talk about the status of the deployment in Europe and about the Obama administration’s policy. There are of course many other issues affecting the status and future of the deployment, but let me focus on those two here.

There are currently about 200 U.S. nuclear bombs deployed in Europe. That is a far cry from the peak of 7,300 tactical nuclear weapons that were deployed there in 1971.  But comparing with the Cold War is no longer relevant; the issue is how the posture fits the security challenges of today.

The deployment currently is about as big as the entire Chinese arsenal, or nearly as much as India, Pakistan, and Israel have combined. That’s a lot for an arsenal that NATO says is not targeted or directed against anyone.

Yet for an alliance that officially emphasizes the importance of continued and widespread deployment of U.S. nuclear weapons in Europe, the past two decades have been a contradiction: since 1993 when the withdrawal of ground-launched and naval weapons was completed, these “essential” bombs have been reduced from 700 to 200, the number of nuclear bases reduced from 14 to 6, and the number of countries participating in the NATO strike mission reduced from six to four.

The burden sharing principle has been reduced to a shadow of it former self: out of NATO’s 28 members, only five (18 percent) have nuclear weapons on their territory, and only four (14 percent) have the strike mission. Most recently, three of the remaining four asked NATO to formally discuss the future of the mission.

The practice of equipping and training non-nuclear NPT signatories in NATO with U.S. nuclear weapons capabilities was largely tolerated by the NPT community during the Cold War. But this arrangement is untenable in an era where the focus is on nonproliferation because it muddles the message, condones double standards, and is – plain and simple – in contradiction with the intention of the NPT. It is not a standard NATO or the United States should defend today.

So although some officials cling to Cold War arguments for maintaining U.S. nuclear weapons in Europe, the reality is that it is entirely in line with post-Cold War NATO policy and actions to reduce, curtail, and phase out the nuclear mission. It’s not going the other way. So NATO’s focus should not be whether to withdraw the weapons but how.

The top of the new American administration supports a withdrawal from Europe. You might be surprised to hear that given Hillary Clinton’s statements in Tallinn last month and what some defense officials are saying inside. But those statements are part of a strategy intended to avoid triggering a backlash from some Eastern European NATO countries and Turkey that could lock NATO’s Strategic Concept into decades of nuclear status quo.

The strategy reflects that a clear priority of the Obama administration is to reassure allies and partners and repair the rift that began to open during the previous administration. The Quadrennial Defense Review (QDR), the Ballistic Missile Defense Review (BMDR), and the Nuclear Posture Review (NPR) all emphasize this, and all hint of changes to come in the European deployment.

The QDR states: “To reinforce U.S. commitments to our allies and partners, we will consult closely with them on new, tailored, regional deterrence architectures that combine our forward presence, relevant conventional capabilities (including missile defenses), and continued commitment to extend our nuclear deterrent. These regional architectures and new capabilities, as detailed in the Ballistic Missile Defense Review and the forthcoming Nuclear Posture Review, make possible a reduced role for nuclear weapons in our national security strategy.” (Emphasis added.)

The BMDR is a little more explicit, stating: “Against nuclear-armed states, regional deterrence will necessarily include a nuclear component (whether forward-deployed or not). But the role of U.S. nuclear weapons in these regional deterrence architectures can be reduced by increasing the role of missile defenses and other capabilities.” (Emphasis added.)

Although the NPR states that the presence of U.S. nuclear weapons in Europe and the nuclear sharing arrangement “contribute to Alliance cohesion and provide reassurance to allies and partners who feel exposed to regional threats,” it also reminds that extended deterrence relies less and less of nuclear weapons and that the role will continue to decrease as the new, regional, deterrence architecture matures.

This new, tailored, regional deterrence architecture includes all components of U.S. military capabilities, ranging from effective missile defense, counter-WMD capabilities, conventional power-projection capabilities, and integrated command and control – all underwritten by strong political commitments. The missile defense, the NPR states explicitly, is “part of our extended deterrent and a visible demonstration of our Article 5 commitment to Europe.”

So it is important to understand that the Obama administration sees its security commitments as much more – and increasingly other – than forward deployment of nuclear bombs in Europe. In fact, the forward deployment is the least relevant today, and many U.S. officials privately make no attempt to conceal that they would like to withdraw the weapons and for NATO to move out of the Cold War.

Not only does the NPR retire the nuclear Tomahawk that supported NATO, there are subtle hints that the nuclear bombs may be withdrawn. The NPR reminds that even if the bombs were withdrawn from Europe, the United States will “retain the capability to forward-deploy U.S. nuclear weapons on tactical fighter-bombers (in the future, the F-35 Joint Strike Fighter) and heavy bombers (the B-2 and B-52H).” In addition, the NPR promises, the United States will “continue to maintain and develop long-range strike capabilities that supplement U.S. forward military presence and strengthen regional deterrence.”

The subtle point, I think, is that forward deployment of nuclear weapons in Europe is not very suitable for today’s security challenges, that regional deterrence and reassurance of allies are better served by a new regional security architecture that relies less on nuclear weapons, and that there are plenty of other nuclear capabilities to provide the nuclear umbrella anyway. But none of those changes to U.S. extended deterrence capabilities will be made, the NPR promises, without close consultations with allies and partners.

So I don’t think it’s matter of if but when and how the remaining U.S. weapons will be withdrawn from Europe. The problem with additional gradual unilateral reductions is that it’s hard to cut much more without looking increasingly silly when arguing that the few that will remain are still essential for NATO.

Well aware of this dilemma, opponents of withdrawal have proposed linking further cuts to reductions in Russian tactical nuclear weapons; they know full well that such a link would means nothing will happen anytime soon.

But making further reductions conditioned on Russia reducing its non-strategic nuclear weapons seems insincere because NATO for the past two decades has been perfectly capable of and willing to reduce unilaterally without any demands on Russia. Insisting on reciprocity now, when NATO has been insisting for years that the weapons are not directed against Russia, seems like a step back to the 1980s and intended to shield the last weapons against withdrawal.

Another reason why it makes little sense to link further reductions to Russian reductions is that the improved conventional and missile defense capabilities that are required by the new, tailored, regional deterrence architecture likely will deepen Russian concerns about NATO conventional capabilities. Even though Russia’s non-strategic forces are expected to decline significantly during the next decade, this will probably increase the importance of the remaining weapons in Russian thinking even more.

Fortunately, none of this prevents a unilateral withdrawal of the remaining U.S. weapons from Europe. Indeed, it seems that the way forward is perhaps a two-step process beginning with ending the nuclear sharing mission followed by complete withdrawal a little later. Whatever the schedule is, the good news is that reducing the deployment in Europe is both consistent with NATO history and security interests.

Thank you.

U.S. Nuclear Weapons in Europe: Status and Issues

Hans M. Kristensen
Presentation toPax Christi Panel on Tactical Nuclear Weapons in Europe
Nuclear Non-Proliferation Treaty Review Conference, New York, May 12, 2010

I’ve been asked to talk about the status of the deployment in Europe and what some of the implications are for NATO.

The 200 U.S. nuclear bombs currently deployed in Europe are a far cry from the peak of 7,300 tactical nuclear weapons in 1971, but comparing with the Cold War is no longer relevant; the issue is how the posture fits the security challenges of today. The current deployment is about as big as the entire Chinese arsenal, or nearly as much as India, Pakistan, and Israel have combined. That’s a lot for an arsenal that NATO says has no military mission.

Yet for an alliance that officially emphasizes the importance of continued and widespread deployment of U.S. nuclear weapons in Europe, the past two decades have been somewhat of a contradiction: since 1993 when the withdrawal of ground-launched and naval weapons was completed, these “essential” bombs have been reduced from 700 to 200, the number of nuclear bases reduced from 14 to 6, and the number of countries participating in the NATO strike mission reduced from six to four countries that now appear to have serious doubts about continuing the mission. And burden sharing in NATO is actually not very widespread: out of NATO’s 28 members, only five (18 percent) have nuclear weapons on their territory, and only four of those (14 percent) have the strike mission. So nuclear burden sharing is the exception, not the rule, in NATO.

There are several issues that need to be addressed. The first is the mission. NATO is fond of saying that the forward deployment no longer has any military mission. It only serves as a symbol of the U.S. commitment to defend NATO, and without this forward symbol, so the argument goes, the U.S. security interest in Europe would weaken. Whether one agrees with this argument – and I for one believe it is absolutely nonsense – the last thing Europe should look to as the Atlantic glue is a deployment that the United States itself no longer thinks is important. There is a view forming back in Washington that it’s kind of silly for some of the NATO governments to continue to put so much emphasis on this deployment and you only have to look to the NPR report to see how much effort it makes to signal to Europe that extended deterrence and Article V do not depend on deploying nuclear bombs in Europe.

NATO is currently reviewing the nuclear mission, of which the forward deployment is a sub-issue. I think the deployment constrains the review and limits NATO’s ability think anew about the appropriate contribution of nuclear weapons to NATO security. No matter how the forward deployment has been adjusted and what one might otherwise think about the virtues of the deployment, it is at its core a Cold War posture.

Related to the mission review is the question of resources. The forward deployment requires special personnel, special equipment, special command and control, special inspections, special security arrangements, special emergency plans, special political and legal agreements, and special funding, all of which compete with conventional missions and place unnecessary burdens on people, equipment, and institutions. The weapons were withdrawn from Lakenheath and Ramstein partly because those bases needed to focus their mission on real-world contingencies. Those who insist that the deployment is still necessary need to demonstrate what the net benefit is to NATO.

The mission review is closely related to how the deployment affects relations with Russia and other potential adversaries. NATO has insisted for two decades that the weapons in Europe are not aimed at Russia or any country. That may or may not be true, but the deployment is frequently used by Russian officials as an excuse to reject constraints on their own non-strategic nuclear weapons. And Russian military planners will necessarily have to plan contingencies against potential NATO attacks with the weapons deployed in Europe. This ties NATO and Russia to a deterrence relationship that they don’t need to have, and that works against closer relations.

We now see some proposing that further reductions in the U.S. deployment should be linked to reductions in Russian non-strategic weapons. That would of course be one way to make sure the U.S. weapons are not withdrawn anytime soon, but making further reductions conditioned on Russia reducing its non-strategic nuclear weapons is misguided for several reasons. First, because NATO for the past two decades has been perfectly capable of and willing to reduce unilaterally without any demands on Russia. Second, the United States has unilaterally reduced its nonstrategic arsenal far more than Russia because these weapons are no longer seen as important to national security. Insisting on reciprocity now, when NATO has been insisting for years that the deployment is not linked to Russia, seems a step back that would give the European deployment an importance it doesn’t deserve and risk complicating prospects for Russian reductions.

Then there is the issue of safety.  This is more significant than people generally think. The 200 weapons are scattered in 87 aircraft shelters at six bases in five countries. Ten years ago, the U.S. Air Force discovered that weapons maintenance procedures at the shelters under specific conditions could lead to accidents with a nuclear yield. Two years ago, the Air Force Blue Ribbon Review determined that security at the host country bases did not meet U.S. security standards. And just a few months ago, peace activists at Kleine Brogel demonstrated loudly and clearly that despite extensive security arrangements unauthorized people can get deep into a nuclear base and very close to the weapons. The widespread deployment was designed to survive a Soviet attack, but in today’s world widespread deployment is out of sync with nuclear weapons storage in the age of extreme terrorism.

Finally there is the issue of NATO’s nonproliferation standard. The practice of equipping and training non-nuclear NPT signatories in NATO with U.S. nuclear weapons capabilities was largely tolerated by the NPT community during the Cold War. But this arrangement is untenable in an era where the focus is on nonproliferation because it muddles the message, creates double standards, and is – plain and simple – in contradiction with the intention of the NPT. It is not a standard that NATO or the United States should defend today. The nuclear sharing is simply not important enough to justify this contradiction.

The top of the new American administration supports a withdrawal from Europe. You might be surprised to hear that given Hillary Clinton’s statements in Tallinn last month and what some defense officials are saying inside. But those statements are, I think, part of a strategy intended to avoid triggering a backlash from some Eastern European NATO countries and Turkey that could lock NATO’s Strategic Concept into another two decades of nuclear status quo.

Not only does the NPR retire the nuclear Tomahawk that supported NATO, there are subtle hints that the bombs may be withdrawn. The NPR reminds that even if the nuclear bombs were withdrawn from Europe, the United States will “retain the capability to forward-deploy U.S. nuclear weapons on tactical fighter-bombers (in the future, the F-35 Joint Strike Fighter) and heavy bombers (the B-2 and B-52H).” In addition, the NPR promises, the United States will “continue to maintain and develop long-range strike capabilities that supplement U.S. forward military presence and strengthen regional deterrence.”

The subtle message to NATO, I think, is that the Obama administration does not believe that forward deployment of nuclear weapons in Europe is necessary for today’s security challenges, that regional deterrence and reassurance of allies are better served by a new regional security architecture that relies less on nuclear weapons, and that there are plenty of other nuclear capabilities to provide the nuclear umbrella to the limited extent that that is necessary. Such a posture has been in effect in Northeast Asia since 1992, and many U.S. officials privately make no attempt to conceal that they would like to withdraw the weapons from Europe too and for NATO to move on.

So I don’t think it’s matter of if but when and in what form the U.S. weapons will be withdrawn from Europe. A way forward might be a two-step process beginning with ending the nuclear sharing mission followed by complete withdrawal a little later. Whatever the schedule is, the good news is that reducing the deployment in Europe is both consistent with NATO history and security interests and the views of the new American administration.

Thank you.

This publication was made possible by a grant from Carnegie Corporation of New York and Ploughshares Fund. The statements made and views expressed are solely the responsibility of the author.

2010 RevCon begins

by Alicia Godsberg

Today marked the opening of the 8th Review Conference to the Treaty on the Non-Proliferation of Nuclear Weapons at the United Nations.  The general debate began today and will continue through Thursday, with an NGO presentation to the delegates this Friday to end the week.  Today’s plenary provided a few revelations from the U.S. and Indonesia that could impact the rest of the RevCon and the nuclear  nonproliferation and disarmament regime in general… (more…)

Documentary “Paths to Zero” Premiering at the NPT RevCon

by: Alicia Godsberg

On Tuesday May 11 FAS will be premiering our documentary, “Paths to Zero,” at the United Nations during the 2010 Review Conference of the Parties to the Treaty on the Non-proliferation of Nuclear Weapons (NPT RevCon).  The screening will be part of FAS’s official UN Office of Disarmament Affairs side event for the RevCon, which will be held from 10 am – 12 pm in Conference Room A of the North Building.  To attend, you must be registered for the RevCon, but after the Conference FAS will be screening Paths to Zero in Washington, DC and we will be uploading the video to our website.

The world’s combined stockpile of nuclear weapons remains at a high and frightening level – over 24,000 – despite being two decades past the end of the Cold War. In the documentary film Paths to Zero, Federation of American Scientists Vice President Dr. Ivan Oelrich explains the history of how the nuclear-armed world got to this point, and how we can begin to move down a global path to zero nuclear weapons.

The Twenty Percent Solution: Breaking the Iranian Stalemate

President Obama’s deadline to address concerns about Tehran’s nuclear program passed at the end of 2009, so the White House is moving to harsher sanctions. But the U.S. is having trouble rallying the needed international support because Iranian intentions remain ambiguous.

Download Full Brief

Twenty Percent Solution: Breaking the Iranian Stalemate

by Ivanka Barzashka and Ivan Oelrich

Iran and the rest of the world are stalemated. Obama’s deadline for Tehran to address concerns about its nuclear program passed at the end of 2009, so the White House is moving to harsher sanctions. But the US is having trouble rallying the needed international support because Iranian intentions remain ambiguous. The deadlock includes negotiations on fueling Iran’s medical isotope reactor. With no progress on that front, Iran has begun its own production of 20-percent uranium for reactor fuel, a worrying development that could put Iran closer to a nuclear weapon. Yet, even while talk of sanctions escalates, Tehran says it is still interested in buying the 20 percent reactor fuel from foreign suppliers.

The Tehran Research Reactor (TRR) deal has backfired. The offer, to trade a large part of Iran’s low enriched uranium (LEU) for finished TRR fuel elements, was meant to abate the potential Iranian nuclear threat by reducing Iran’s stockpile of enriched nuclear material. By artificially coupling two distinct problems, re-fueling the TRR and Iran’s enrichment program, the US, France and Russia have given Tehran a reason, even a humanitarian one, to enrich to higher concentrations. The move to 20 percent enrichment will reduce by more than half the time needed for Iran to get a bomb’s worth of material. (more…)

The Revelation of Fordow+10: What Does It Mean?

by Ivanka Barzashka

According to a recent article by the New York Times, Western intelligence agencies and international inspectors now “suspect that Tehran is preparing to build more [enrichment] sites”. This revelation, according to the newspaper, comes at a “crucial moment in the White House’s attempts to impose tough new sanctions against Iran.”

However, these “suspicions” come months after Iran publicly disclosed such intentions. Tehran declared  plans to build 10 additional sites on 29 November 2009, a couple of days after an IAEA Board of Governors resolution called on Tehran to confirm that it had “not taken a decision to construct, or authorize construction of, any other nuclear facility” and suspend enrichment in accordance with UN Security Council resolutions.

At the time, the Iran’s decision to construct more enrichment sites was widely dismissed in the West as an act of defiance and unlikely more than mere bravado. On 30 November 2009 the New York Times wrote that “it [was] doubtful Iran could execute that plan for years, maybe decades”. The same article referred to a high-ranking Institute for Science and International Security (ISIS) official claiming that taking the declaration seriously was “akin to believing in the tooth fairy” and that this effort would likely produce “‘one small plant somewhere that they’re not going to tell us about’ and be military in nature.”

In fact, a week before Iran’s original announcement, Ivan Oelrich and I argued in an article at the Bulletin of the Atomic Scientists that Fordow is likely one of many similar sites. A technical analysis of the facility’s planned capacity showed that, alone, it was not well-suited for either a commercial or a military function. The facility’s low capacity also undermined other strategic roles suggested by official and quasi-official Iranian sources – that Fordow is a contingency plant in case Natanz were attacked or that Fordow was even meant to deter an attack on Natanz. (more…)

Nuclear Doctrine and Missing the Point.

The government’s much anticipated Nuclear Posture Review, originally scheduled for release in the late fall, then last month, then early February is now due out the first of March.  The report is, no doubt, coalescing into final form and a few recent newspaper articles, in particular articles in Boston Globe and Los Angeles Times, have hinted at what it will contain.

Before discussing the possible content of the review, does yet another release date delay mean anything?  I take the delay of the release as the only good sign that I have seen coming out of the process.  Reading the news, going to meetings where government officials involved in the process give periodic updates, and knowing something of the main players who are actually writing the review, what jumps out most vividly to me is that no one seems to share President Obama’s vision.  And I mean the word vision to have all the implied definition it can carry.  The people in charge may say some of the right words, but I have not yet discerned any sense of the emotional investment that should be part of a vision for transforming the world’s nuclear security environment, of how to make the world different, of how to escape old thinking.  As I understand the president, his vision is truly transformative.  That is why he was awarded the Nobel Peace Prize.  His appointees who are developing the Nuclear Posture Review, at least the ones I know anything about, are incredibly smart and knowledgeable, but they are also careful, cautious, and, I suspect, incrementalists who might understand intellectually what the president is saying but don’t feel it (and, in many cases, fundamentally don’t really agree with it).  A transformative vision not driven by passion will die.  As far as I can see (and, I admit, I am not the least bit connected so perhaps I simply cannot see very far) the only person in the administration working on the review who really feels the president’s vision is the president.  Much of what I hear from appointees in the administration has, to me at least, the feel of “what the president really means is…”   If the cause of the delay is that yet more time is needed to find compromise among centers of power, reform is in trouble because we will see a nuclear posture statement that is what it is today neatened up around the edges.  But if the delay is because the president is not getting the visionary document he demands, delay might be the only hopeful sign we are getting.

Now, onto the possible content of the review:  The main question to be addressed by the review is what the nuclear doctrine and policy of the United States ought to be.  This has sparked a secondary debate about just how specific any declaration of policy should be and the value of declaratory policy at all.

Some hints coming out of the administration suggest that the new review may explicitly state that the sole purpose of nuclear weapons be specifically limited to countering enemy nuclear weapons, what we and others have called a “minimal deterrence” doctrine.  Currently, the United States claims that chemical and biological weapons may merit nuclear attack and that could go away with the current review.

Most reports leaking out from the review participants hint that the NPR almost certainly will not include a declaration that the United States will not be the first to use nuclear weapons.  The current U.S. policy is to intentionally maintain ambiguity about how and when we might use nuclear weapons, to keep the bad guys guessing.  The new review could keep that basic idea and still be a little less ambiguous around the edges.

Some question the value of having a declaratory policy at all.  For example, if a no-first-use policy can be reversed by a phone call from the president, what does it actually mean?   As Jeffrey Lewis argues, if having a declared policy causes an intense drilling down into what-ifs, it can increase suspicion and do actual harm.  (Although the example Lewis offers raises questions about whether China should have a no-first-use policy and is not particularly relevant to whether the U.S. should.)

A bigger problem with any declaratory policy is figuring out what it actually means.  Do we agree on what “no first use” means?  I think it means that we will not be the first to explode a nuclear weapon.  But, for example, in a recent article in Foreign Affairs, Lieber and Press argue that the United States could be justified in using nuclear weapons if an adversary first “introduced” nuclear weapons into a conflict, where “introduce” might be to explode one, but might also include putting them on higher alert, moving them, or simply implying their relevance to the contest.  So a nuclear war-planner and I could agree on a no-first-use policy and have differing, almost opposite, views of what that meant.

But if statements of doctrine don’t mean anything, then why the big deal?  Why would the nuclear establishment invest any political capital fighting for or against them?  While it is true that doctrinal statements are always taken with a huge grain of salt by other nations (just as the United States applies a steep discount to statements coming from others), they do make a difference in the domestic debate.  In the previous administration, the Department of Energy went to the Congress with a request to build a new facility to build the plutonium cores or “pits” for 250 new nuclear warheads every year.  This made no sense whatsoever;  it was completely out of synch with our own plans for future nuclear forces and Congress voted it down because the DOE was not remotely able to justify its request.  The DOE proposal went down to 125, then 80, and some current variations on the basic proposal are for a dozen or so, which actually makes some sense.

So doctrine and declaratory policy are important in very concrete ways when they can affect force structure decisions, including the numbers and types of weapons we have, their capabilities, and how they are deployed.  Moreover, these are the sorts of changes that other nations will see and pay attention to.

The uncertainty of the link between words and weapons is what causes wariness on every side of the debate.   Foreign governments might not believe our declarations but such declarations might form the basis for changes in the U.S. nuclear force structure, with all the implications for budgets and personnel, weapons, bases, and jobs back home.  That is why the nuclear establishment is resisting.  On the other hand, those who desire fundamental and profound change could be completely hoodwinked by nice sounding words that allow the status quo to coast ahead on its own momentum.

The danger I see is that, if discussion is so tightly focused on what we say, then too little attention will be given to what we do.  If we take our declarations seriously, they should have profound effects on the nuclear posture but I can imagine big changes in the review with little real physical change actually resulting.  For example, if we take seriously a no-first-use policy, our deployment of forces could be radically different.  Reentry vehicles could be stored separated from their missiles, missiles in silos could be made visibly unable to launch quickly, for example, by piling boulders over the silo doors.  Much of the ambiguity in any verbal statement of doctrine is squeezed out when we discuss the concrete questions of what the forces look like.  The nuclear war-planner and I might have effectively opposite definitions of “no first use” but we would agree entirely on what it means to piles boulders on our ICBM silo doors.

What I would hope to see come out of the NPR is not simply a statement of no first use but a plan for, for example, taking our nuclear weapons off alert.  We will certainly hear that nuclear weapons are for deterrence, perhaps that they are only for deterrence.  But that has become utterly meaningless because the definition of deterrence has been warped to the point that it can now be defined as whatever it is that nuclear weapons do.  Indeed, nuclear weapons are often simply called our “deterrent.”  Michele Flournoy, the current Undersecretary of Defense in charge of the NPR process, wrote a report while at CSIS describing how U.S. nuclear weapons should be able, among other things, to execute a disarming first strike against central Soviet nuclear forces, the better to “deter.”  When a word has that much flexibility, I don’t care whether it gets included in the posture statement or not but I do care whether we mount our nuclear weapons on fast flying ballistic missiles or on slow, air-breathing cruise missiles.

If we take seriously some of the statements that might come out of the review, then we can start to imagine radically different force structures.  For example, if the requirement for nuclear preemption is removed and the number of nuclear targets is substantially reduced, then new ways to base nuclear weapons become feasible.  We could, for example, store missiles in tunnels dug deep inside a mountain where the missiles would be both invulnerable and impossible to launch quickly.  We could invite a Russian to live in a Winebago on top of the mountain to confirm to his own nuclear commanders that we were not preparing our missiles for launch.

These are things the world can see.  Indeed, if we have no interest in a first strike capability, we have every incentive to invite the world to come in and see for themselves.  These are the types of changes that need to occur in the U.S. nuclear force structure and, if they do, debate about the words in the review is less important.

Response to Critiques Against Fordow Analysis

Our article “A Technical Evaluation of the Fordow Fuel Enrichment Plant” published in the Bulletin of the Atomic Scientists on November 23 and its technical appendix, an Issue Brief, “Calculating the Capacity of Fordow”, published on the FAS website, have sparked quite a discussion among the small community that follows the technical details of Iran’s program, most prominently by Joshua Pollack and friends on armscontrolwonk.com and by David Albright and Paul Brannan at ISIS, who have dedicated two online reports (from November 30 and December 4) to critiquing our work.
Before addressing the arguments and exposing the fallacies in ISIS’s critique directly, we strongly encourage interested parties to read our Issue Brief, in which we have presented our reasoning, calculations, and assumptions in a clear and straight-forward way that we believe anyone with some arithmetic skills and a pocket calculator can follow and reproduce. We published a quick first version of our Issue Brief on 1 December. The 4 December ISIS rebuttal was based on the first Issue Brief. We published an expanded version of the Issue Brief on 7 December.  The second version adds to the first version, but everything in the first brief is also in the second version.  The second version includes additional examples and further details on how we carried out our calculations (as well as cleaning up some formatting, for example, all the tables in the first version were in different formats, the revision at least looks much prettier).  References to equations and page numbers below pertain to the second revision.
In our Bulletin piece, we concluded that Fordow is ill-suited for either a commercial or military program and we speculated that it would make most sense if it were one of several facilities planned. The latter conclusion has been de facto supported by Iran’s recent declaration of 10 additional planned enrichment sites. Although ISIS explicitly states that our assessment of Fordow is unrealistic, the authors are not clear what their broader argument is. They seem to imply that Fordow alone is sufficient for a viable breakout option, which in the context of our Bulletin article would make Iranian intentions clear-cut but would, however, undermine the need for additional facilities.
Albright and Brannan state that we “appear to assume” that Fordow would perform worse than Natanz.  Quite the contrary, we state clearly in our Issue Brief that “We use well- documented, publicly available data from official IAEA reports and one assertion: The best estimate of the near term capacity of the Fordow facility is the most recent capacity of the Nantanz facility, scaled by size.”    In the December 4 ISIS report, this statement is corrected to say we “significantly underestimate the performance of the Natanz facility.”  The basis of their argument is that our calculation of the effective IR-1’s separative capacity of about 0.44 kg-SWU/yr, lower by a factor of three, four, or more than previously published estimates (see Table 1 of the Issue Brief), is not characteristic of and seriously underestimates Iran’s capabilities.  We argue that previous speculations on the separative capacity of the IR-1 simply cannot explain IAEA data on the actual performance of IR-1 cascades at Natanz, which we consider to be the only credible open-source information available.
Argument #1:  Adopting Ad Hoc Values
Expert guesses on the IR-1 separative capacity vary greatly, as illustrated in Table 1 of our Brief.  For example, since 2006 Albright continuously sites values in the 2 to 3 kg-SWU/yr range, which are either not referenced or are attributed to untraceable sources (e.g. “senior IAEA officials”, “former Urenco official”). The lowest value that Albright has cited was in a footnote on his prepared statement for the Foreign Relations Committee in 2006, which is 1.4 kg-SWU/yr, based on calculations of a 164-machine cascade described in an Iranian official’s interview (this number is consistent with Garwin’s estimate using the same data).  Albright characterizes the 1.4 value as “relatively low output” and this number is never used in breakout scenario estimates.  In the same footnote, he calculates a higher capacity of 2.3 kg SWU/yr based on Aqazadeh’s ballpark figures on the performance of the total planned 48,000 centrifuges.  Since then, the most recent and most widely referenced value for the separative power of an IR-1 that ISIS uses in breakout assessments is 2 kg-SWU/yr.  When given the choice between a higher value attributed to unnamed sources and values he calculates himself, Albright consistently chooses the higher values. This is especially misleading when dealing with weapon production scenarios, which evaluate what Iran can currently achieve.
However, in their critique of our Bulletin article, Albright and Brannan adopt significantly lower values for the separative power: 0.6-0.7 kg SWU/yr (which they say is “undoubtedly too low”) and 1.0-1.5 kg-SWU/yr (which they say is “reasonable for new IR-1 centrifuge cascades”).  They do not explain their reasoning for the latter value, except that the upper boundary is close to “Iran’s stated goal.”  Perhaps, the authors are referring to Albright’s 2006 estimate based on the Aqazadeh statement, but now pick the lower value of 1.4 kg-SWU/yr that Albright had calculated but dismissed.  Although Albright and Brannan do not reveal the data or go through the calculations for their former value, they do allude to their method, which we will discuss below.
The authors arrive at the 0.6-0.7 kg-SWU/yr based on “the average output over nine months in 2009.”  We believe that even this “undoubtedly too low” value has been miscalculated. There are two major sources of difference with the FAS 0.44 kg-SWU/yr value: (1) ISIS uses Iranian logbook data, which does not account for the hold up of material while FAS uses independently calibrated data in the IAEA reports, (2) ISIS does not account for the change in the number of machines in the 9 month period cited (we believe ISIS was referring to 31 January to 30 October 2009).  On the other hand, FAS uses the values of independently recorded data (unfortunately, you have to look for them in the footnotes of the IAEA reports) and accounts for the holdup as described in our Issue Brief.  In addition, we look at data since the last IAEA physical inventory in 2008, from 18 November 2008 to 30 October 2009 (the entire period for which calibrated date is available).
Iranian logbook data have been shown to slightly underestimate the amount of feed and more significantly overestimate the product.  Essentially, Iran is putting more uranium in their machines and less enriched product is coming out than their material accounting algorithm shows, which effectively means that separative power calculated with Iranian logbook data is expected to overestimate the actual effective separative power per machine. This is why indendently calibrated data, if IAEA physical inventory data is not available, provides a more realistic estimate.
Albright and Brannan take an average of enriched product as reported by Iranian logbook estimates from February to October 2009 (an overestimated value), then they simply divide by the number of months to obtain a monthly average, also ignoring the fact that the number of machines varies from month to month. ISIS does not consider the amount of feed that has been reported to enter the cascades under the same set of data, but simply adopt 0.4 percent as the concentration of the waste stream. Although that number is indeed present in a footnote in IAEA reports (GOV/2009/35), it is not the overall concentration of the waste, but shows that particles of depleted uranium “down to 0.4% U-235 enrichment” have been measured. The difference between the ISIS lowest estimate and the FAS estimate is not as significant as the fact that Albright and Brannan dismiss the effective capacity of the IR-1 altogether.
Argument #2: Iran operates fewer machines when the IAEA is not looking
The number of centrifuges in the period is not only a difference between ISIS and FAS’s calculations but is also Albright and Brannan’s basis for dismissal of a smaller number altogether.  The “number of centrifuges used in the derivation is from IAEA safeguards reports and exceeds the quantity of those centrifuges that are actually enriching.”  In personal communication with Scott Kemp (as posted on Pollack’s blog), Albright has also speculated that cascades are not being operated continuously.  This makes little sense.  Do the Iranians wait until inspectors arrive to turn on their machines?  (If this is so, then our problem with Iranian enrichment can be solved quite easily:  just stop inspections and Iran will stop enriching altogether.)  Additional reasons given in a recent Albright and Shire analysis published in Arms Control Today include: Iran is keeping cascades in reserve in case of cascade failures or if it decides to “produce higher enriched uranium” or Iranian experts are focusing on getting Fordow running. All of these arguments seem weak. In the November 30 report, ISIS make yet another conjecture –“a significant fraction of these 4,000 machines are likely also not enriching or are broken.”  As far as we can tell, the ultimate basis for this claim is that otherwise ISIS’ higher per machine capacity does not make sense. However, we discuss the one bit of numerical evidence Albright and Brannan provide for their speculations below.
Based on IAEA reports, changes in the number of machines from 7 November 2008 to 2 November 2009 increases by only 10 percent or so; thus, even if we assume the minimum number of machines for each reporting period, instead of taking averages, the SWUs per machine will increase from 0.44 to 0.47, which of course, has a negligible effect on breakout scenarios.  For the ISIS argument to become important, we have to believe that half or more of the machines reported by the IAEA to be operational in fact are not.
Moreover, remember that the basis of our argument is that recent performance at Natanz is the best predictor of near-term performance at Fordow.  ISIS not only rejects our calculation of Natanz performance but rejects our assertion about it being the best predictor of Fordow.  The implication of the ISIS critique is that, while there might be severe problems at Natanz, these will not be repeated at Fordow.  This may or may not be true.  Perhaps the centrifuges at Natanz perform poorly and are very unreliable and Iran has figured out all those problems and will only install 2.0 kg-SWU machines at Fordow (although we have no hard evidence that IR-1s of that capacity exist).  Alternatively, perhaps there are systematic problems with centrifuge production and cascade operation and this is the best the Iranians can do in the near-term.  Our assertion hinges on Iranian improvements being incremental and evolutionary and on not seeing dramatic, revolutionary improvements at Fordow.  If this is not true, then our assertion for Fordow is wrong, but our estimates of Natanz’s capacity would still be correct.
The ISIS paper presents an additional argument to show that per machine capacity was increasing:  daily average enrichment stayed constant at 2.75 kg of low enriched UF6, while the number of centrifuges dropped from 4920 to 3936.  (There is the problem that we will set aside for the moment:  Either the IAEA data are suspect or they are not, but one should not dismiss them in one case and base arguments on them in another.)  We are back to estimating average number of machines per given period. We have three data points: 31 May – 4920 machines operating, 12 August – 4592, and 2 November – 3936.  We agree with ISIS here: From 31 May to 12 August the average daily enrichment is about 2.8 kg UF6 (according to Iranian logbook data, not calibrated measurements) and similarly about 2.8 kg UF6 from August to November.
However, there are several problems with this argument.  First and foremost, it depends on Iranian logbook data, which has been demonstrated to be inaccurate (plus, of course, IAEA inspection data that ISIS tells us is unreliable).  Taking averages for the number of machines operating in each period and a concentration for the product of 3.49% (as the 2008 PIV), we get a slight decrease from 0.51 kg-SWU/yr (18 November 2008 to 31 May 2009) to 0.46 kg-SWU/yr (31 May to 31 July), followed by a jump to 1.0 kg SWU/yr per machine (31 July to 30 October), that is, a sudden doubling, according to Iranian logbook data. However, if we look at the independently calibrated measurements, the increase is only from 0.43 (18 November 2008 to 2 August 2009) to 0.49 kg SWU/yr (2 August to 30 October 2009).  Also, note a negative holdup for August-November 2009; this could mean that the Iranians have started feeding the leaked material back into the cascades and are salvaging some of the lost separative work.  Interestingly, if you look at the feed data, the feed went up slightly (from 30.4 kg UF6 per day to 31.05 kg UF6 per day, based on Iranian logbooks) as the number of machines went down, suggesting that the limiting factor is the amount of feed material.  Finally, we do not know the enrichment concentrations definitively for those short periods.  For example, a shift in enrichment from 3.5% to just 3.8 % would, by itself, account for all of the difference in separative work. Therefore, the ISIS numerical example is not indicative an increased per machine capacity.
We believe the lesson here is that short term logbook data are not reliable.  Over time, an overestimate during one period will balance an underestimate in another and we will get closer to actual values but on short time scales we need to be wary of Iranian self-reporting.  We concede, whenever we are given the choice, we rely on measurements conducted by IAEA on-site inspectors rather than Iranian logbook entries.
Argument #3: Misrepresenting the FAS Calculation
Albright and Brannan have succinctly expressed the basis of their critique: “We were unable to understand the problems in the FAS calculation.”  On this point, we agree wholeheartedly.
Here is their argument according to the second paragraph of their 4 December posting: (1) They use our separative work number of 0.44 kg-SWU/yr to calculate what we would predict to be the output of Natanz;  (2) This number turns out to be about half of what Natanz is actually producing; (3) QED, our separative work number must be wrong.
But part of their input data is that “[t]he authors also assert that the tails assay at Fordow should be 0.25 percent” when we never say any such thing (we do show example calculations using low, that is to say, global industry standard, tails assay).  In fact, we calculate the tails assay at Natanz as 0.46%.  Indeed, in the very next paragraph, they say that “FAS appears to have forced a U-235 mass balance by adjusting the tails assay in Table 2 in their assessment to 0.46 percent as a way to get the masses to match.  But the situation at Natanz is quite complex.”  On this point, we admit we are guilty as charged.  When they say we “forced” the tails assay, what they mean is that we used the mass balance equation.  And if the laws of conservation of mass do not apply in Natanz, then we concede that the situation there is quite complex indeed.  (And, moreover, no calculation that anyone could make would be useful even in theory.)
Albright and Brannan are more specific:  “For example, calculating the mass balance on the uranium 235 (uranium 235 in the feed should equal the uranium 235 in the product and tails) is not possible based on the available information.  This requires assigning values in a formula that are impossible to substantiate.”  Going to equation 5 on p. 8 of the Issue Brief and following the references, the reader can see that all of the values on the right hand side of the equation appear in IAEA reports.  (And presumably as an alternative to “assigning values in a formula that are impossible to substantiate,” we would do better to accept values credited to “senior IAEA officials.”) If one uses our actual tails assay rather than the incorrectly asserted tails assay and the proper number of centrifuges and the difference between Iranian logbook data and actual IAEA measurements, all of the differences disappear.  (As they have to, since we calculated the 0.44 kg-SWU/yr value in the first place based on these same numbers.)
In the end, an important scientific principle has been demonstrated here:  if one takes several variables from one of our examples and several more variables from a separate example and combines them randomly, nonsense results.
Argument #4: ISIS Is Right Because the White House Says So
The most compelling support for the ISIS estimate that “using 3,000 IR-1 centrifuges, and starting with natural uranium, Iran could produce enough weapons-grade uranium for one bomb in roughly one year” that the authors give is that it is similar to the White House September 25 briefing statement that Fordow is capable of producing HEU for one to two bombs a year.  First, this is a classic example of argumentum ad verecundiam – we are not about to accept White House numbers without checking their math.  Moreover, it must be clarified that the US government’s statement is fairly vague and does not give details on this assumed breakout scenario (whether HEU is enriched from LEU or natural uranium and whether a crude or sophisticated weapon is assumed).  What the government said was:
“[..] if you want to use the facility in order to produce a small amount of weapons-grade uranium, enough for a bomb or two a year, it’s the right size.  And our information is that the Iranians began this facility with the intent that it be secret, and therefore giving them an option of producing weapons-grade uranium without the international community knowing about it.”
Let’s focus on paragraphs 6 and 7 from the November 30 ISIS report. In paragraph 8, the authors state that the White House scenario is unlikely to assume a breakout scenario using low-enriched uranium, since such a diversion would be likely discovered because LEU would have to be sneaked out of Natanz, which is under IAEA safeguards. They interpret the White House statement that weapons grade uranium would be enriched “without the international community knowing” means that this scenario would necessarily involve enrichment of natural uranium to HEU levels. But it must be noted that such a scenario would require a secret conversion facility as well, since the conversion plant at Esfahan is also under safeguards.
In paragraph 7, Albright and Brannan critique our assessment for “appearing to assume” that breakout scenarios considered depend on “activities not being discovered”, in apparent contradiction to their assumption in paragraph 6, that emphasized the importance of the clandestine function of Fordow.  ISIS further argue that if Iran was “breaking out,” Fordow would likely sustain military attack better than Natanz.  Our Bulletin argument was this: if Iran’s HEU production was likely to be discovered (such as if a diversion from Natanz were detected), speed is of the essence. They may be better off kicking out inspectors and going full-speed ahead at a facility such as Natanz with a large capacity, rather than proceeding with an option would take a year or more at Fordow.  If Fordow’s capacity was significantly increased or if there were other similar facilities, this judgment may change.
Conclusion
As we have shown ISIS’ critiques of our Bulletin analysis and its underlying technical assessment are completely unsubstantiated. First, their track record of using higher vaguely referenced values and dismissing values based on physical data and their own calculations, just because they are inconsistent with their previous assessments, is troubling. Second, they greatly misportray FAS’ technical argument, which is clearly described in our Issue Brief. Third, Albright and Brannan seem to pick and chose assumptions to suit their argument at hand: on one hand they assert that IAEA data do not provide a good account of what is going on at Natanz to advance one point, but at the same time site these data to support other points.
Overall, it is hard to see the bigger argument that ISIS is making by attacking our premise regarding Natanz’s capacity (and consequently Fordow’s), but not specifically our conclusions on Iranian intentions vis-à-vis Fordow. It seems Albright and Brannan are interested only in defending their use of a higher separative capacity by attempting to undermine our argument. They do not discuss how our Bulletin conclusions would change if their shorter time estimates were correct, but simply dismiss our analysis altogether.
Ultimately, the reason we engage in discussions over these numbers is because we believe that overestimating Iran’s enrichment potential will provide us with a skewed perception of Tehran’s intent and strategic planning. It is indeed important to be able to make a realistic assessment of Iran’s current capacity and future potential. However, this is best done using neither Poisson statistics nor arguments of authority, but a good look at readily available hard data.

ISIS published a report on November 30 criticizing FAS' Bulletin article

by Ivanka Barzashka and Ivan Oelrich

Our article “A Technical Evaluation of the Fordow Fuel Enrichment Plant” published in the Bulletin of the Atomic Scientists on November 23 and its technical appendix, an Issue Brief, “Calculating the Capacity of Fordow”, published on the FAS website, have sparked quite a discussion among the small community that follows the technical details of Iran’s program, most prominently by Joshua Pollack and friends on armscontrolwonk.com (on December 1 and December 6) and by David Albright and Paul Brannan at ISIS, who have dedicated two online reports (from November 30 and December 4) to critiquing our work. (more…)

Calculating the Capacity of Fordow – Updated Issue Brief Posted

Issue Brief: Calculating the Capacity of Fordow

by Ivanka Barzashka

We have posted an updated version of our latest Issue Brief “Calculating the Capacity of Fordow” – the technical appendix to our November 23 article “A Technical Evaluation of the Fordow Fuel Enrichment Plant” published in the Bulletin of the Atomic Scientists.

This is the document summary:

This brief serves as a technical appendix to our November 23 article in the Bulletin of the Atomic Scientists, which premised that Iran’s Fordow enrichment plant is well-sized neither for a commercial nor military program. We concluded that Fordow may be one of several facilities planned. Our estimates of the plant’s capacity are based on current performance of IR-1 centrifuges at Natanz. Underlying our assessment is a calculation of the effective separative capacity per machine of 0.44 kg-SWU/year. This result is based on IAEA data, which we consider as the most credible open-source information on Iran’s nuclear program. Our estimate for the IR-1 performance is significantly lower than values published in the literature, which cannot account for the current performance of Natanz. We argue that, despite Iranian rhetoric, Tehran’s strategic planning for Fordow is based on actual enrichment performance rather than on desired results.

We have made significant layout improvements and have edited the text for clarity. More importantly, we have added detailed explanations on the calculations behind two additional scenarios that we considered in the Bulletin article, namely producing LEU for a commercial reactor from natural uranium and producing a bomb’s worth of HEU from LEU. We have used more precise numbers than the conservative estimates reflected in the Bulletin article, which yield longer timelines and only strengthen our conclusions. Also, version one of the Brief contained numbers only on Fordow’s capability to produce a significant quantity of HEU from natural uranium. This was the only scenario that we have received questions about despite the fact that all three calculations are based on the same premise regarding the effective capacity of the IR-1.

In addition, we have included a section explaining our rationale behind using IAEA’s significant quantity as the amount of uranium required for a bomb. When allowing the Iranians the opportunity to get to a “bomb’s worth” of material faster by assuming less material is needed, one is also assuming a more sophisticated bomb design that will require a longer design phase and will almost certainly require testing, which will be unambiguous. In effect, cutting down on the material production time will result in a longer time to develop a weapon.

We thank everyone for their interest in our work and will address published criticisms directly in an upcoming blog.

Figuring Out Fordow

Last week, my ace research assistant, Ivanka Bazashka, and I published in the Bulletin of Atomic Scientists an analysis of Iran’s recently revealed Fordow uranium enrichment facility, lying just north of Qom.  In summary, we concluded that the timing of the construction and announcement of the facility did not prove an Iranian intention to deceive the agency but certainly raises many troubling questions.  The facility is far too small for a commercial enrichment facility, raising additional serious concerns that it might be intended as a covert facility to produce highly enriched uranium (HEU) for weapons.  But we also argued that the facility is actually too small to be of great use to a weapons program.  A quite plausible explanation is that the facility was meant to be one of several covert enrichment facilities and simply the only one to be discovered.  We believe, however, that it is significant that the Iranians assured the agency that they “did not have any other nuclear facilities that were currently under construction or in operation that had not yet been declared to the Agency” because any additional facilities uncovered in the future will be almost impossible to explain innocently. This, however, does not preclude Iran from making a decision to construct new enrichment facilities in the future.

Well, in just a few days, things have changed.  We immediately got a lot of emails (some of them quite rude!) challenging our numbers.  The Bulletin does not allow for lots of technical detail and we could not put our calculation in the article.  So Ivanka and I have written an explanation of the derivation of our numbers.  It is the first of a new format for the FAS website, FAS Issue Briefs.  I expect that Hans, Matt, Nishal, and others will make good use of the format in the future.  You can see our calculations in Calculating the Capacity of Fordow.

We show in our Issue Brief that the oft-cited performance of the Iranian centrifuge is based, at best, on hearsay, and, at worst, circular citations.  Reporters get away all the time with citing “high level officials” and the like but analysts do not have that luxury.  The reason that we are discussing the Iranian enrichment program is because of grave, immediate policy implications.  This not just a question of when Iran might get the bomb, but should we take military action, should we go to war, and when.  Ivanka and I conclude that the approach most often taken for estimating Iranian performance is unreliable and will almost certainly overestimate their capabilities.  We demonstrate an alternative based on universally accepted, publicly available data.

In particular, we should be very wary of Iranian statements of their own capability.  If I said that the National Ignition Facility at Livermore National Laboratory was going to achieve break even laser fusion within a year and cited an interview with the director of NIF, everyone would laugh at me.  Statements by Iran about Iran’s capability should be taken with an equally large grain of salt.  The Iranians brag about their technological virtuosity, specifically that, in spite of sanctions, they are still able to enrich uranium.   It is obviously a matter of national pride.  But do they explain to their taxpayers that they are spending billions of dollars to struggle to reproduce technology that the Europeans left behind as obsolete a half century ago and even that they do inefficiently?  Our calculations, based on publicly available IAEA reports, shows that Iran is operating its centrifuges at 20-25% of what we might expect.

The second big change is Iran’s announcement of ten new future enrichment facilities.  We argued in our Bulletin article that it was significant that Iran told the IAEA that there were no undeclared facilities waiting to be discovered.  Ivanka was more skeptical, saying that this declaration meant little if the Iranians used their definition of when they were required to “declare.”  I thought it more significant because any future discovery would be impossible to portray as innocent.  On the other hand, we also said that the Fordow facililty did not make much sense except as part of a network of clandestine facilities.  Well, the Iranians helped resolve that question when a few days later they announced that they were going to build ten new enrichment facilities, probably similar to Fordow.  It is getting harder and harder to give Iran the benefit of the doubt.