I would like to thank Gensuikyo for inviting me to speak today. It is a great honor. I will begin by offering my personal apology to the people of Hiroshima and Nagasaki for the atomic bombings of your cities by my government. As an American citizen born after World War II, I have worked my entire adult life for the elimination of nuclear weapons. The atomic bombings of Hiroshima and Nagasaki by the United States were reprehensible, immoral and illegal. Nothing could have justified the use of those monstrous weapons of mass destruction.
At last yearfs Nuclear Nonproliferation Treaty (NPT) Review Conference, the United States officially agreed to an gunequivocal undertakingh to accomplish the gtotal eliminationh of its nuclear arsenal, yet my government seems to have no intention of giving up nuclear weapons - ever. To the contrary, although President Bushfs pledges to reduce the size of the U.S. nuclear arsenal have been widely reported, the U.S. weapons labs are quietly designing more useable nuclear weapons, hand in hand with other high-tech weaponry including ballistic missile defenses and space-based weapons. iThis is not a new development. It is a continuation of policies begun under the Truman administration and carried on through every U.S. administration since, Democrat or Republican.
During the U.S. Presidential campaign, George W. Bush indicated that, if elected, he would unilaterally reduce the U.S. strategic nuclear arsenal.hii More recently, at their July 22 meeting in Genoa, Italy, Bush and Russian President Vladimir Putin agreed to link discussion of American plans to deploy a missile defense system with possible deep cuts in both sidesf nuclear arsenals, thereby holding open the possibility that a U.S.-Russian agreement could be reached on the ABM treaty. However, the very next day, Bush reiterated the U.S. determination to gmove beyond the ABM treaty,h while Putin gconfirmed [Russiafs] adherence to the ABM treaty as the cornerstone of strategic stability.hiii Although the state of U.S.-Russian negotiations seems to be in flux, if the U.S. unilaterally pulls out of the ABM treaty, Russia has repeatedly warned that it will withdraw from all existing arms control agreements. This threatens to ignite new U.S. arms races with Russia, and with China - an issue of particular concern to Japan.
We should not be mislead by this apparent U.S. offer to trade offensive nuclear weapons for defensive missile systems. Bushfs nuclear weapons policy might realistically be characterized as fewer, but newer. We in the international peace movement must recognize that National Missile Defense, Theater Missile Defense (TMD), space-based weapons, first strike strategic nuclear weapons and precision, low-yield nuclear weapons are interconnected parts of one, U.S.-led, integrated, offensive global war fighting system. And there are very serious implications for Japan, which is involved in TMD research with the United States. On July 18 of this year, the new U.S. Ambassador to Japan, Howard Baker, suggested that Japan may have to revise Article 9 of its constitution in order to continue working on a system that might be used to shoot down a missile headed for another country.iv Together, internationally, we must challenge the purposes for which this overwhelming military force is deployed. The stated long-term goal of the U.S. military is to genable an affordable capability to swiftly and effectively deliver highly effective weapons against targets at any required global locationh in order to gaffordably destroy or neutralize any target on the earth...hv Common sense tells us that if every nation on earth pursues such goals, the result will be endless military competition resulting in endless death and destruction.
Presidential Decision Directive-60 (PDD-60), the first review of U.S. nuclear weapons policy since the NPTfs indefinite extension in 1995, was signed by President Bill Clinton in 1997 and is still in effect. It reaffirmed the U.S. policies of threatened first use and threatened massive retaliation, and recommitted the U.S. to nuclear weapons as the gcornerstoneh of its national security for the foreseeable future. PDD-60 also contemplates nuclear retaliation against the use of chemical or biological weapons, part of the so-called gcounterproliferationh policy. Other government documents indicate that the U.S. military has not ruled out the preemptive use of nuclear weapons in such circumstances.
Paul Robinson, the Director of Sandia National Laboratories, one of the three principal U.S. nuclear weapons labs, has argued that new designs are needed precisely to make nuclear weapons use easier to contemplate. In a speech last year he said:
@@@gcThe US will undoubtedly require a new nuclear weapon, either for a different delivery mode or vehicle or, quite likely, because it is realized that the yields of the weapons left over from the Cold War are too high for addressing the deterrence requirements of a multipolar, widely proliferated world. Without rectifying that situation, we would end up being self-deterred.h vi
Last year, the U.S. Congress passed legislation partially overturning a 1994 law barring the labs from developing precision, low-yield nuclear weapons. The new law mandated a study (which was due July 1, 2001, but is late) on a new generation of weaponry, including low-yield gmini-nukesh for use against hardened and deeply buried targets such as missile silos, stockpiles of chemical or biological weapons or Saddam Husseinfs command bunker. A gmini-nukeh is defined as a weapon with a yield of five kilotons or less. By comparison, some modern nuclear weapons have yields of more than 1,000 kilotons. This is an extremely dangerous development, because the military is likely to regard these low-yield nuclear weapons as more useable than existing weapon types. vii
Under other, already-existing programs, the U.S. nuclear weapons laboratories are researching ways to use small nuclear warheads to destroy or disable hardened targets such as tunnels and underground bunkers, and to attack chemical or biological weapons facilities. This threatens to blur the distinction between conventional and nuclear warfare by lowering the political obstacles to the use of nuclear weapons, and makes it more likely that the U.S. will use nuclear weapons against states which do not have them. viii
START II, ratified by the Russian Duma in April 2000 but currently stalled in the U.S. Senate, will reduce the U.S. and Russian arsenals of strategic deployed nuclear weapons to 3,000 - 3,500 each. But it doesnft deal with greserve,h non-deployed strategic weapons or tactical nuclear weapons. Including all of these categories, under START II, the U.S. plans to maintain an arsenal of approximately 10,500 nuclear warheads. The prospective START III treaty would reduce each sidefs strategic deployed nuclear weapons to 2,000 - 2,500 - still a huge number.
Various sources make clear that the U.S. has no plans to reduce the essential character or significance of its nuclear arsenal. In February 2000, Secretary of Defense William Cohen stated that the U.S. will be able to gmaintain survivable strategic forces of sufficient size and diversityh to respond to gthe full range of crisish -- after completing the reductions envisioned even under START III. And U.S. documents supporting ABM treaty negotiations with Russia last year, under the Clinton Administration, presented arguments intended to persuade Russia that a glimitedh U.S. ABM system would not be a threat to its nuclear deterrent. U.S. gtalking pointsh obtained by the Bulletin of the Atomic Scientists state:
@@@gBoth the United States and the Russian Federation now possess and, as before, will possess under the terms of any possible future arms agreements, large, diversified, viable arsenals of strategic offensive weapons consisting of various types of ICBMfs, submarine-launched ballistic missiles, and heavy bombers.h ix
This view of the future U.S. arsenal is also projected in the Air Force Space Command Strategic Master Plan for FY02 and Beyond. An illustration captioned gForce Applications Vision End Stateh graphically depicts Strategic Deterrence using gnuclear-armed ICBMsh in combination with Conventional Strike using grapid, global precision strike with space-based systems,h including the space-based laser. x
At last springfs NPT Review Conference, the United States reaffirmed its commitment to Article VI of the Treaty, which requires the cessation of the arms race and the elimination of nuclear weapons. To support its claim, the U.S. delegation distributed a glossy public relations portfolio which states: g...Over the past decade, the United States has dramatically changed the role and mission of its nuclear-weapon complex from weapon research, development, testing, and production to weapon dismantlement, conversion for commercial use, environmental remediation, and stockpile stewardship.hxi
This is a gross distortion of the facts. The truth is that through a massive program called gStockpile Stewardship,h new nuclear weapons facilities of unprecedented sophistication are being built, a new generation of nuclear scientists is being trained, and nuclear weapons design and production is going forward. The U.S. is now spending more than $5 billion a year on nuclear weapons research, development, testing and production, an amount in constant dollars, well above the $3.7 billion annual Cold War average for directly comparable activities.xii And thatfs just for the warheads, not the delivery systems.
What is gStockpile Stewardshiph? Technically, the current U.S. Stockpile Stewardship program is a continuation and expansion of nuclear weapons research, development, testing and production technologies that began with the Manhattan Project in 1942 - but without full-scale test explosions. The easiest way to understand Stockpile Stewardship is to imagine the kinds of experiments and preparations that led to the development and production of the atomic bombs that devastated Hiroshima and Nagasaki. In effect, those were gproof testsh of weapons that had been designed and built using the forerunners of modern gstockpile stewardshiph technologies.
Today, the cycle of nuclear weapons design continues, despite the fact that the U.S. last exploded a nuclear weapon underground in 1992. How does Stockpile Stewardship work? In non-technical language, scientists conduct experiments -- in some cases involving explosive and radioactive materials -- in huge new experimental facilities at the nuclear weapons laboratories. These experiments, along with gsubcriticalh zero yield underground tests at the Nevada Test Site, produce data that are relevant to various aspects of nuclear weapons design and performance. This new diagnostic information, together with the archived data from more than 1,000 past tests, is then processed using the worldfs fastest supercomputers. Each of the nuclear weapon states has their own version of stockpile stewardship, and the strategic allies are cooperating with each other.
The Stockpile Stewardship program was the price exacted by the politically powerful U.S. nuclear weapons laboratories for their acceptance of the Comprehensive Test Ban Treaty (CTBT). Even so, in October 1999, the U.S. Senate voted not to ratify the CTBT. The vote was characterized by many analysts as a display of domestic political partisanship, but Republicans and Democrats share responsibility for the outcome. The Clinton administration and its allies in the Senate portrayed the CTBT as a means to preserve the decisive U.S. technological advantage in nuclear weaponry, and as a means to prevent non-nuclear weapon states from acquiring nuclear weapons - not as a step on the path to disarmament. This was reaffirmed by Secretary of State Madeline Albright a month after the vote, who said, gWe simply do not need to test nuclear weapons to protect our security.h On the other hand, would-be proliferators and modernizers must test if they are to develop the kind of advanced nuclear designs that are most threatening. Thus, the CTBT would go far to lock in a technological status quo that is highly favorable to us."xiii
Under the Stockpile Stewardship program, modifications or upgrades - including in some instances enhanced capabilities to meet gchanged military requirementsh - are planned for every weapon type in the U.S. arsenal.xiv One such modification, the B61-11 gravity bomb already has been developed and deployed without underground testing. The B61-11 is an earth-penetrating bomb with a variable yield (from 300 tons to over 300 kilotons of TNT) - developed after the Gulf War - which can be delivered by the B-2 stealth bomber. Other planned weapons modifications include an alteration of the B83 gravity bomb, which incorporates gnew heights of burst.hxv Several modifications of the W-80 cruise missile warhead are in the pipeline, and glife-extensionh programs are underway for weapon types including the W-87 (MX missile warhead) and W-88 (Trident missile warhead).
In addition, the weapons labs are developing replacement warhead designs for Trident submarine-launched ballistic missiles, and an upgrade of the arming, fuzing components of the 100 kiloton W-76 Trident warhead, the most numerous warhead in the U.S. arsenal. This upgrade will give W-76 warheads a near-ground-burst capability, upgrading them to potential gfirst strikeh weapons. This could compensate for the loss of land-based ICBMs, slated eventually to be removed from the arsenal under START II.xvi
The Stockpile Stewardship program also anticipates building new nuclear weapons production facilities, in order to have the capacity to produce at least 450 new plutonium gpitsh a year by 2020xvii - a number that equals or exceeds the individual nuclear arsenals of China, the United Kingdom, France and Israel. The pit is actually an atomic bomb that serves as the trigger for a hydrogen bomb. A current Los Alamos National Laboratory planning document specifies the following goal: gRe-establish a robust pit manufacturing capability to produce stockpiled and new-design pits without underground testing."xviiiThe U.S. is also preparing to resume the production of tritium - radioactive hydrogen; the gHh in H-bomb - for the first time since 1988.
The centerpiece of the Stockpile Stewardship program, the $5 billionxix National Ignition Facility (NIF), is currently under construction at the Lawrence Livermore National Laboratory in California. It is a laser driven, inertial confinement fusion machine the size of a football stadium, designed to create for the first time, gnuclear fusion ignitionh - very brief, contained thermonuclear explosions. The NIF, which will be forty times larger than any laser in the world today, is slated to be used for a wide range of applications from training nuclear weapons designers to studying the effects of radiation, heat and blast on weapons components, sensors, communication satellites, and underground structures. NIF weapons effect experiments, including glaser/fireballh tests, may be used in connection with development of low-yield nuclear weapons and missile defense concepts.xx The mini-fusion explosions planned for NIF, and its capacity for new nuclear weapons design clearly go against U.S. obligations under the NPT and the CTBT.
Here again, there are serious implications for Japan. Hoya, a major Japanese corporation, is supplying half of the laser glass that is essential for operation of the NIF. The Preamble to the CTBT states that the gcessation of all nuclear weapon test explosions and all other explosions, by constraining the development and qualitative improvement of nuclear weapons and ending the development of advanced types of nuclear weapons, constitutes an effective measure of nuclear disarmament and non-proliferation in all its aspects.h Yet, the NIF is designed to provide the U.S. government with precisely the kinds of nuclear weapons design data and expertise that the CTBT is intended to halt. Hoyafs involvement in the NIF project appears, on its face, to contradict Japanfs CTBT commitment.
Further, Article 1, Paragraph 2 of the CTBT obligates the States Parties gto refrain from causing, encouraging, or in any way participating in the carrying out of any nuclear weapon test explosion or other nuclear explosion.h Recent newspaper stories reported that the Bush administration is seeking a way out of the CTBT, and that the leaders of the nuclear weapons establishment are urging an expedited approach to preparations for resumption of full-scale underground nuclear tests. Given the possibility that the U.S. could resume full scale underground testing at any time, and given the central role of the NIF in the training of new U.S. nuclear weapons designers and the improvement of nuclear weapons designs, Hoyafs role in the NIF project could be interpreted as Japanfs gencouragingh or gparticipating inh U.S. nuclear weapon test explosions.
But there is good news about the possibilities for U.S.-Japanese NGO collaboration. The Asahi Shinbun, on June 5 of this year, reported that g[i]n February, protests from civil groups [in Japan] and the mayors of Hiroshima and Nagasaki caused the [Hoya] company to temporarily postpone the delivery of the [glass] slabs [for the NIF].h Even though Hoya claims, based on its correspondence with the Livermore Lab, that the glass it supplies for the NIF will not lead to new nuclear development, and that the research programs are to contribute to the elimination of nuclear weapons,xxi as far as we know, no additional glass has been shipped. Our joint efforts to stop the NIF should be increased!
On May 20, 2000, the NPT Review Conference ended with the United States and the other nuclear weapons states affirming their gunequivocal undertaking... to accomplish the total elimination of their nuclear arsenals.h For the first time in the NPTfs 30-year history they dropped qualifiers like gultimate goalh regarding their treaty obligation to pursue nuclear disarmament. They also committed to ga diminishing role for nuclear weapons in security policies to minimize the risk that these weapons will ever be used and to facilitate the process of their total elimination.h And they agreed that a no-backtracking gprinciple of irreversibilityh applies to gnuclear disarmament, nuclear and other related arms control and reduction measures.hxxii
The U.S. should make good on its NPT commitments by immediately halting all efforts aimed at gimprovingh the military capabilities of its nuclear arsenal, including research and development for gmini-nukes.h It should halt plans for upgrades to existing weapons production facilities and forgo building new ones, including those for plutonium pit manufacturing and tritium. The U.S. should cancel plans for missile defenses and weaponization of space and should work to strengthen the Biological and Chemical Weapons Conventions. Fundamentally, the U.S. should seek comprehensive negotiations to eliminate nuclear weapons and ban missiles worldwide. If the worldfs only remaining superpower feels that it must rely on the threatened first use of nuclear weapons to ensure its gnational security,h why shouldnft we expect other countries, like Israel, India and Pakistan, to follow suit? As responsible global citizens, we must insist on a more sustainable concept of ghuman securityh based on the security of all people everywhere, in their homes, in their communities, in their jobs, and in their environment. Nuclear weapons have no place in this new security paradigm. Thatfs what Ifm telling my government.
Japan, as the only country to experience the devastating effects of nuclear weapons in war, has a unique moral stature. For that reason, I urge Japanese NGOs to press their own government and corporations. Itfs time for Japan to get out from under the U.S. nuclear umbrella. Japan should join with European nations and others in opposing dangerous and destabilizing U.S. missile defense plans. Japan should reaffirm its commitment to Article 9 of its constitution, and should withdraw from participation in TMD research. Japanese companies should refuse to participate in U.S. nuclear weapons programs like the NIF. Japan should renounce the idea that nuclear weapons can provide regional security, and should initiate negotiations on a Northeast Asia Nuclear Weapons-Free Zone inclusive of Japan and the Korean peninsula. Japan should support the New Agenda countries, and should initiate an even stronger coalition with like-minded nations and NGOs to lead global efforts for nuclear disarmament.
Working together, we HAVE made a difference -- by speaking to truth to power and by asking for what we really want. A recent report, by the National Institute for Public Policy,xviii a highly influential private, right wing think-tank which includes current members of the Bush administration, is presented as a rebuttal to grecent public proposals for nuclear eABOLITIONf.h This astonishing statement reflects the reality that the grassroots call for nuclear abolition, initiated by Abolition 2000 in 1995, has finally been heard and is being taken seriously in the highest echelons of power. The Abolition 2000 Global Network to Eliminate Nuclear Weapons has grown from a handful of NGOs meeting in the basement of the United Nations, to over 2000 groups in 95 countries.
The National Institute for Public Policy (NIPP) study concludes that in the aftermath of the Cold War, unforeseeable enemies are lurking everywhere, and that the U.S. must have a nuclear response ready for every occasion, with accompanying, complimentary missile defenses. The study claims that the U.S. must be able to either decrease OR increase its nuclear forces at will. It says that the U.S. must maintain the capability to design and build new weapons while simultaneously shedding the constraints of irreversible treaty obligations. But why does America, the most powerful military nation on earth, have all of these enemies to fear? The NIPP misses the point. What is needed is a radically new definition of security, based on new values.
The Abolition 2000 Global Council, which met last November in Nagasaki, and again this May in England, recognized that in its first phase, Abolition 2000 has been successful in making nuclear abolition an idea whose time has come. We asked ourselves, what is Abolition 2000fs role in the next phase? We answered that question in the Saffron Walden Declaration, which concludes:
@@gWe call...for a new security framework that will serve all humanity, based on respect for international law and Treaties, conflict prevention and co-operation through a reformed United Nations.
@@We call for immediate negotiations to abolish nuclear weapons, ban all missiles and keep space for peace.
@@We envisage a world that is free of nuclear weapons, free of the resultant environmental contamination, and free of social and economic injustice.
@@We affirm our belief that this new framework is more than practical and ethical. It is imperative for our planetfs future.h