Madam President, I rise in support of the Kennedy-Feinstein amendment. First, we should explain the terminology better because there is a suggestion implicit in many of the comments today that a low-yield nuclear device is something akin…
Madam President, I rise in support of the Kennedy-Feinstein amendment. First, we should explain the terminology better because there is a suggestion implicit in many of the comments today that a low-yield nuclear device is something akin to a big conventional weapon.
Nuclear weapons are sui generis, the most horrific weapon that man has ever developed. Under this bill we remove a ban on the research and development, and therefore testing and deployment of so-called low- yield weapons, 5 kilotons or less.
Let me put that in perspective. The weapon dropped on Hiroshima was 14 kilotons. The weapon dropped on Nagasaki was 21 kilotons. A 5- kiloton weapon, a 1-kiloton weapon, is a significant weapon causing significant damage.
When we talk about low-yield nuclear weapons, it is almost like talking about a small apocalypse because nuclear weapons have apocalyptic qualities in their destruction and in their fear.
As a result, for more than 50 years we have attempted to put them beyond use. This language in this bill lowers that threshold dramatically. It says we will begin after a 10-year prohibition not just research, but this bill takes away the prohibition on developing, engineering, testing, and deploying weapons. Low-yield weapons. But again, those low-yield weapons have fantastic power.
I heard some of my colleagues talk about the fact if we had such weapons
like this we surely would have gotten Saddam Hussein. Dropping a weapon, even a ``low-yield nuclear weapon,'' in an urban area will create incredible collateral damage. Not as much, of course, as a 400- kiloton weapon but the damage is huge. In fact, Sidney Drell, a physicist and arms control advocate, calculated that a 1-kiloton weapon penetrating at 40 feet, a penetrating type weapon, would create a crater larger than the impact area at the World Trade Center and put about 1 million cubic feet of radioactive material in the air. If we had dropped such a weapon on Baghdad, we would not be in Baghdad today. Our troops would be ringing the city waiting for the radiation to clear and trying to minister to the civilians.
The notion we need these weapons for military purposes is unsubstantiated. There is no military requirement for a so-called low- yield nuclear weapon.
In testimony before the Armed Services Committee on April 8, 2003, Ambassador Brooks, the head of NNSA, testified after a question from Bill Nelson:
Well, is there a requirement in your opinion for a new low
yield?
Ambassador Brooks: No.
Senator Bill Nelson. Is there a requirement for such a
weapon under consideration or being developed?
Ambassador Brooks: There is no requirement being developed.
To the best of my knowledge there is no requirement under
consideration. There is no military need for this weapon.
That is the testimony of the administration.
I am sure there are many people who would say yes, it is nice to study. There are lots of things that are nice to study. But without a military requirement for such a weapon, why are we abandoning a significant prohibition that has aided, I believe, our efforts in trying to tame or at least contain the proliferation of nuclear weapons?
It seems to me counterintuitive that one could argue, as I think some of my colleagues do, the way to stop the proliferation of nuclear weapons is to build more nuclear weapons. I don't think that makes sense.
There is a suggestion also throughout the discussion this afternoon that this is just about research, nothing else. I was intrigued by this notion and I asked Ambassador Brooks about it at a hearing. His initial justification for the language requested by the administration was it would, in his words, ``remove the chilling effect on scientific inquiry that could hamper our ability to maintain and exercise our intellectual capabilities to respond to needs that one day might be articulated by the President.''
I asked a very obvious question. Why didn't the administration simply send up a modification to section 3136, the ban, simply to carve out language that will allow research but still would maintain the prohibition against engineering, development, testing, and deployment? I said:
For example, the language could simply say: It shall be the
policy of the United States not to produce a low-yield
nuclear weapon, including precision low-yield nuclear weapon.
Ambassador Brooks replied to my query:
It is accurate that that would eliminate one of the
concerns I have with the language, though the language now
does have, we fear, a potentially chilling effect on R&D and,
as you described a possible modification, it might not. So
speaking narrowly from the prospect of trying to get a robust
advanced concept program working, language like that might be
entirely suitable.
But that is not what this legislation includes. Not a limited exception to research, but a categorical elimination of the ban on research, engineering, development, testing, deployment of so-called low-yield nuclear weapons.
It is pretty clear here we are really not talking about just research. In fact, I hope this amendment of Senator Kennedy and Senator Feinstein passes. I support it. If it fails, I am prepared to offer language that will, in fact, limit it just to research.
Now, we also heard before the committee that one of the reasons we need this research project is so scientists can continue to work on it, maintain their skills. It turns out if that is the case, there are plenty of opportunities with existing weapons in the inventory to go ahead and hone those skills.
Even if such opportunities were not readily available, to give up a significant and recognized prohibition on at least one class of nuclear weapons simply to satisfy technical training would at least suggest to me that other ways should be found to train our scientists, and other ways, I think, could be found to train the scientists.
There is also a perception, I think inherent in the discussions here--and I have alluded to it in my initial comments--that the effect of one of these so-called low-yield weapons is that it will produce less collateral damage. That is true, but less than what? Less than the bomb at Hiroshima which, to my recollection, took over 100,000 lives. Are we willing to engage or use or tactically employ weapons that only take, in one fell swoop, 10,000, 20,000, 30,000 lives and claim they are low yield and therefore innocuous? There is nothing innocuous about the weapons we are talking about.
I believe very strongly that it is incumbent upon this Senate to maintain the ban. I think it is wise policy. I think it is a policy that has given us advantages as we have urged other nations to refrain from the development of nuclear weapons.
There are some discussions about whether arms control has succeeded or failed. I think many times we point to those cases in which countries acquire nuclear weapons, but we fail to recognize the many instances where countries have given up their nuclear weapons--such as several countries in the former Soviet Union like the Ukraine, Belarus and Kazakstan. Because of the spirit of the nonproliferation treaty and because of the efforts of the United States and other countries urging that they become compliant with the nonproliferation treaty, these countries voluntarily gave up nuclear weapons. I do not know that today, if they were watching what we are doing here, they would be so eager to give up their nuclear weapons.
So we lose a great deal more than simply this language in the bill. I think we lose a diplomatic advantage, in terms of the goal which I hope we are still pursuing, which is the elimination, I hope, or certainly the containment, of nuclear weapons.
I urge all my colleagues to think very clearly and to recall several, for me, salient points. These are weapons of horrendous effect. Don't think low-yield, think small apocalypse. These are weapons that have no military requirement today.
What we do here will be emulated by other countries. That is the nature of world leadership. We have a chance to preserve at least this aspect of arms control, which will give us the opportunity, I hope, to argue for even more, and more effective means of nonproliferation.
I urge my colleagues to support the Feinstein-Kennedy amendment.
I yield my time to the Senator from Michigan.
Mr. President, I send an amendment to the desk.
Mr. President, I ask unanimous consent that the reading of the amendment be dispensed with.
Mr. President, for over 50 years, the United States has been in the vanguard in both urging and acting to delegitimize the use of nuclear weapons. Today, the Bush administration is implementing a departure from this bipartisan policy of arms control by adopting measures that will lower the threshold for the use of nuclear weapons.
Dissatisfaction with America's nuclear policy by conservatives was evident even before George W. Bush became President. One of the more dramatic examples of this was the rejection of the Comprehensive Nuclear Test-Ban Treaty by the Senate in 1999. A particularly revealing aspect of that vote was the opposition to a proposal to put the treaty aside rather than to formally defeat it. Deferral would have given a future President the ability to renegotiate aspects of the treaty, such as verification, that were specifically criticized. A combination of ideological and political motivations forced a vote that further weakened efforts at arms control. Indeed, today the defeat of the Comprehensive Nuclear Test-Ban Treaty still lingers as something that I think is a serious erosion of arms control throughout the world and our ability to influence other nations to refrain from testing and developing.
In a similar vein, Republicans in Congress enacted legislation that fixed the minimal number of launch vehicles and warheads in order to prevent the Clinton administration from initiating reductions through negotiations with the Russians. This legislation was quietly repealed when President George W. Bush announced his intention to conclude the Moscow treaty. The Moscow treaty seems to be the type of arms control treaty that conservatives can be comfortable with since it does not actually require the elimination or destruction of nuclear weapons by either side. I have heard today repeatedly discussions of how we are destroying nuclear weapons. In fact, under the Moscow treaty, we are simply redesignating nuclear weapons. We are calling them operational and nonoperational. We are not destroying nuclear weapons.
The Bush administration not only accepted these precedents, but rapidly and deliberately built upon them. The President quickly announced the withdrawal of the United States from the ABM Treaty. Here again, there was scant attention paid to the possibility of negotiating changes with the Russians in order to pursue the development of an antimissile system without jettisoning the ABM Treaty. The ABM Treaty has been a long-time target of the right wing. President Bush's decision was as much about appeasing a powerful component of his political base as it was a reflection of strategic thinking.
The President has made it clear that he will not pursue further negotiations under the START process with the Russians. He is content to let the Moscow treaty stand as the beginning and the end of his arms control initiatives.
The most effective nonproliferation program, the Cooperative Threat Reduction Program, was greeted initially by the Bush administration with skepticism. The program was placed on hold for the first year of the administration while the program was under review. The program was delayed an additional year when the administration could not make the certifications necessary for the program to proceed. The program survived the review and the certification delay but 2 years was spent on justifying the program rather than aggressively eliminating weapons and weapons material.
All of this was prelude to the publication of the Nuclear Posture Review in December of 2001. The review is classified and the administration provided only a cursory nonclassified briefing. Public comments by the administration suggest the major shifts in policy included in the review.
For the first time, the Nuclear Policy Review indicates that the United States is prepared to use nuclear weapons against nonnuclear nations that are not aligned with a nuclear power. Previously, the focus of our policy was to respond to the nuclear potential of other nuclear powers and their allies as a means of deterring the use of nuclear weapons. Today, the United States is contemplating the use of nuclear weapons against nations that do not possess nuclear weapons. In so doing, the NPR, the Nuclear Posture Review, blurs distinctions between conventional and nuclear weapons.
Instead of trying to place nuclear weapons beyond use or at least severely restricting their use to the deterrence of an attack by a nuclear power, the NPR makes them just one more tool in our tool kit. In so doing, it mischaracterizes the horrific effects of nuclear weapons; trying to suggest that they are a little bit more than a conventional weapon, when they are of a dimension and scale that is beyond the contemplation of anyone who has used conventional weapons.
The NPR maintains the current size of the stockpile of nuclear weapons. Despite the end of the cold war, the dissolution of the Soviet Union and the emergence of a democratically elected government in Russia, the administration continues to maintain thousands of warheads in the stockpile.
The NPR holds out the possibility of the resumption of nuclear testing, either to maintain the current stockpile or to develop new types of nuclear weapons. Budget requests to fund the production of hundreds of new plutonium pits per year, a necessary component of a nuclear weapon, are included in this budget.
Requests to undertake the designs of new weapons if needed and to shorten the time necessary to initiate and conduct a nuclear test are included in the budget proposals, and all of them strongly suggest that testing could go well beyond the need to maintain the existing stockpile.
Coupled with the rejection of the Comprehensive Nuclear Test-Ban Treaty, the NPR sent a disturbing signal that we would once again undertake a testing program. Such a program may very well be imitated by other nations, either through perceived need or as a means to maintain their prestige in the nuclear club. In any case, this, too, would further weaken the restraints against the use of nuclear weapons.
In the context of these dramatic changes in policy, rejection of the comprehensive test ban treaty and a new nuclear policy review that blurs the distinction between conventional and nuclear weapons, the administration proposed last year to begin the design of a robust nuclear earth penetrator to use against hard and deeply buried targets. This weapons would modify an existing nuclear device. In essence, the kinetic package already in the stockpile would come out of inventory and the key work would involve the design of a casing that could penetrate the proper depth for the weapon.
The first point to be made is that the existing weapons being considered are quite large, on the order of several hundred kilotons to over 1 megaton. For a frame of reference, the weapons dropped on Hiroshima and Nagasaki were in the range of 14 to 21 kilotons. Thus, the smaller of these bunker busters is roughly 25 times the size of the bombs dropped on Japan. These weapons will bust more than a bunker. The area of destruction will encompass an area the size of a city. They are really city breakers, not bunker busters.
A further point is the fact that conventional munitions have substantially increased their precision. We have seen that in Iraq rapidly and effectively. Although they have not achieved the ability of flying through an open door and taking the elevator down to the bunker command center, increased precision means enhanced ability to target and destroy entrances and the communication network of a command center or other sensitive target.
We have much better capacity today with conventional weapons, and many would argue these conventional weapons could effectively deal with many, if not all, of these potential targets.
Finally, the recent fighting in Iraq presented our forces with just the type of targets that the Robust Nuclear Earth Penetrator is envisioned to engage; deeply buried command centers and possible storage areas for weapons of mass destruction. From preliminary reports and from casual observations, it does not appear in any way that our military efforts were inhibited by the lack of a robust nuclear earth penetrator.
Last year Senate Democrats were able to delay spending money on a robust nuclear earth penetrator by requiring a report identifying the types of targets this weapon is designed to hold at risk and the employment policy for the robust nuclear earth penetrator. The classified report has been submitted and the administration is forging ahead.
Equally unsettling as the robust nuclear earth penetrator is the proposal by the administration to repeal the 1993 statutory ban on the research, development, testing, and production of low-yield nuclear weapons. Current law prohibits work on weapons with yields equal to or less than 5 kilotons. In attempting to justify this proposal, Ambassador Linton Brooks, Acting Director of the National Nuclear Security Administration, NNSA, stated before the Senate Armed Services Committee, that ``we are seeking to free ourselves from intellectual prohibitions against exploring a full range of technical options.''
Importantly, he did not justify this proposed work as a current military requirement. At present, there is no military requirement for a low-yield nuclear weapon. As I said before, really, low-yield nuclear weapon is a misnomer. These are still horrendous, horrific weapons. They might better be referred to as small apocalypses, not low-yield weapons.
More illustrative of the motivation behind the efforts is a subsequent statement of Ambassador Brooks at the hearing. The Ambassador declared:
I have a bias in favor of the lowest usable yield because I
have the bias in favor of something that is the minimum
destruction . . . I have a bias in favor of things that might
be usable.
Let me commend the Ambassador for his candor and his responsiveness to the question because I think he has laid it out very accurately and very precisely and very well. No longer are we being motivated by a sincere and intense and consistent desire to try to avoid the use of nuclear weapons. We are trying to design weapons and produce weapons that we fully anticipate can be used. That is an extraordinary sea change in our policy. And it is a sea change that I think will reverberate around the world to our disadvantage, not to our security.
At the heart of the debate over these so-called low-yield nuclear weapons lies the observation, if not the fact, that the ability to limit collateral damage makes a weapon more likely to be used. The advent of precision-guided munitions makes attacks on urban areas more acceptable to leaders. Would we have dropped a dumb bomb on Saddam Hussein's suspected hideouts in the crowded neighborhoods of Baghdad? It would have been a much tougher call.
In a similar fashion, as suggested by Ambassador Brooks' comments, developing low-yield nuclear weapons, small apocalyptic weapons, tilts the scales for use, not for restraint. That is a balance I think will again jeopardize our situation, not enhance it.
Proponents of this new policy with its bias in favor of things that are usable, in the Ambassador's terms, attempt to justify their position on several grounds. They argue arms control and nonproliferation have failed. We heard the arguments on the floor of the Senate all day long. They cite a litany of states that acquired nuclear weapons since the adoption of the Nuclear Non-Proliferation Treaty in 1968: India, Israel, Pakistan, South Africa, and apparently North Korea. But this litany must be placed in context. Forty years ago when the original nuclear powers--the United States, the Soviet Union, Britain, France, and China--had a monopoly on nuclear weapons, it was routinely assumed that proliferation would be rapid and irreversible. President Kennedy predicted in the early 1960s that an additional 25 countries might develop nuclear weapons within 10 years. This dire prediction did not come true because of efforts at arms control exemplified by the Nuclear Non-Proliferation Treaty.
Recently, this point was reiterated by Deputy Secretary of State Richard Armitage who stated: Instead of the 25 or so countries that President Kennedy once predicted, only a handful of nations possess nuclear weapons. Of course, we suspect many more countries have chemical or biological weapons, but still short of the scores that have been predicted in the past.
We have reached this state of affairs in no small part through the concerted efforts of many nations, agreements such as the Nuclear Non- Proliferation Treaty and Chemical Weapons Convention, organizations such as the IAEA and nuclear supply groups--these constitute a global security architecture that have served us satisfactorily and kept us safe.
Moreover, of the five states that have acquired nuclear weapons since 1968, three--Israel, India, and Pakistan--never signed on to the Nuclear Non-Proliferation Treaty. In retrospect, many look back and wish we could have urged them, convinced them, persuaded them, to sign on because it would have made their ascendency to the nuclear ranks that much more difficult.
South Africa gave up its nuclear weapons and joined the regime as a nonpossessor. That leaves the very special case of North Korea which joined the NPT in 1985 and has been caught on at least two occasions violating this obligation before its recent announced repudiation of the treaty.
Critics of the nonproliferation regime frequently fail to acknowledge that Argentina, Brazil, South Korea, and Taiwan ceased their suspected nuclear program in part because of the international law norm represented by the nonproliferation treaty.
Similarly, with the demise of the Soviet Union, the newly independent states of Belarus, Kazakhstan, and Ukraine found themselves in possession of nuclear weapons. All of them voluntarily relinquished their weapons in favor of joining the NPT. Their decision, at the urging of the United States and others, reaffirmed the norms of nonproliferation. Indeed, as recently as May, 2000, the United States reaffirmed this norm by joining the four other original nuclear powers in declaring their commitment to the ``unequivocal undertaking'' to eliminate nuclear arsenals.
That affirmation is in stark contrast to the legislation before us that seeks to expand and enhance our nuclear arsenal. Today, nonproliferation is being advocated by the United States as ``do what I say,'' not ``do what I do.'' Unfortunately, the United States is more often imitated than obeyed.
Last Saturday, Vladimir Putin's annual address was reported in the American media. According to one report:
[Putin] appeared to be responding to the Bush
administration's new nuclear strategy, announced last year,
when he said that Russia, too, was considering developing new
variants of nuclear weapons.
President Putin declared, in his words:
I can inform you that at present the work to create new
types of Russian weapons, weapons of the new generation,
including those regarded by specialists as strategic weapons,
is in the stage of practical implementation.
As the newspaper report further indicated:
[A]nalysts said he [Putin] appeared to be referring to
Russia's efforts to modernize its nuclear arsenal and to
develop low yield nuclear weapons.
At this point in the speech, the press reported that the ``remark was greeted by applause.''
I don't know how comfortable we all feel with the Russian Duma applauding the statement that Russia is considering modernizing their nuclear forces, potentially developing low-yield nuclear weapons. Indeed, it seems terribly ironic to me that as we urge support and help for the Russians to destroy their nuclear arsenal, they are simultaneously taking the path we are in trying to create and build a new, more modern arsenal.
Acknowledging the important role of the nonproliferation treaty, as I have over many decades, should not be equated with assuming the arms control regime is without shortcomings. A structure that was designed primarily to moderate the superpower confrontation between the United States and the
Soviet Union cannot be expected to adapt to the new threats and new technologies of the post-cold-war world without conscious and committed efforts led by the United States to deal with these new circumstances. Thus, it is incumbent on ourselves, the United States, not simply to walk away from this regime of arms control but to adapt it to the new contingencies, the new threats, the new environment of this new strategic world.
The consequences of the detonation of a weapon of mass destruction are so devastating that reliance on military means alone to deter or preempt such an event is shortsighted. Abandoning serious efforts at arms control will weaken, not strengthen, our efforts to protect the Nation. We must engage, again, I believe, in a concerted effort to strengthen these norms of nonproliferation, of nonuse--not weaken them, as this legislation suggests.
A second argument used by proponents of these policies is that it is just about research; no one would ever deploy these weapons. These advocates have not been paying attention to the Bush administration. These are the words of Fred Celec, Deputy Assistant to the Secretary of Defense for Nuclear Matters, in an interview with the San Jose Mercury News, talking in the context of the development of a ``hydrogen bomb that can be successfully designed to survive a crash through the hard rock or concrete and still explode,'' which is an earth penetrator. Mr. Celec concludes, in his words, if we can do it, ``it will ultimately get fielded.'
So this is not about hypothetical research; it is not about a big science project, or training scientists. In the view of a very influential member of the Department of Defense, it is about getting weapons we can put in the field. I can't think of any weapon that we would field, that we would place in the hands of American military personnel, that we wouldn't test first. So we are also talking about testing.
These are grave--not just possibilities, but if you listen to the spokesman of the administration, these are right over the horizon. I think it is very disturbing. That is why I think we have to act here to exercise our judgment and our responsibility to ensure that our policy is consistent with the best interests of this country. I hope, through consideration of this amendment, we will do that.
A third point that seems implicit in many of the arguments that are made on behalf of these weapons is the notion that nuclear weapons can be designed so their use is, if not relatively benign, then at least tolerable.
As previously discussed, the proposed modification of existing weapons to create a robust nuclear earth penetrator is anything but benign or tolerable. It will pack an explosive punch at least 25 times that of Nagasaki or Hiroshima, and even if technology and the Congress allows for a smaller yield robust nuclear earth penetrator, its use will be devastating.
Sidney Drell, a noted physicist and arms control advocate, pointed out that even a 1-kiloton weapon, penetrating to 40 feet, would create a crater larger than the impact area at the World Trade Center and put about 1 million cubic feet of radioactive material in the air. Such radioactivity could last for many years and would likely be spread over a fairly large area by the prevailing winds. That is not a small, discrete weapon that plows into the ground with a little puff of smoke emanating. That is a devastating weapon.
A fourth rationale raised by proponents is that permission to develop low-yield nuclear weapons is necessary to train the next generation of nuclear scientists. This argument ignores the existence of thousands of nuclear weapons that are available for training purposes. The ban on low-yield nuclear weapons applies only to the fabrication of new weapons, not the dismantling and study of existing ones. Moreover, the idea that decades of arms control efforts would be cast aside simply to provide a training exercise should cause a more exhaustive search for other training opportunities rather than the creation of a new class of nuclear weapons. Or, at a minimum, it should prompt a careful exemption from the ban for the purpose of research, and not the wholesale repeal of the ban that is included in this legislation before us.
A fifth rationale advanced by supporters is the possible use of a low-yield nuclear device to attack a facility that contains biological or chemical agents. The theory is that the radiation can destroy the biological or chemical agents in addition to destroying the facility. But this rationale begs two questions. What will destroy the radiation emitted by the nuclear blast and why are precision-guided missiles not as suitable a response? Once again, this is the very specialized threat that may be dealt with by other means and is an attempt to deal with the possibility of chemical and biological exposure through the release of a definite radiological exposure. It is not a compelling reason to abandon the ban on low-yield nuclear weapons.
A final justification for the development of low-yield nuclear weapons is that it will act as a deterrent. Proponents argue that our existing nuclear weapons are so large that we are self-deterred from using them and our adversaries know this. But with new, low-yield weapons, our adversaries will have renewed concern that we will employ nuclear weapons.
Several points are in order. First, in the war on terror, our adversaries are unlikely to be deterred by any size nuclear weapon, due to their fanaticism and the practical problem of targeting them. In a confrontation with rogue states, the targeting problem is easier, but the use of nuclear weapons of any size presents difficult tactical problems.
Our doctrine of air superiority, information dominance, precision weapons, and speed makes the use of nuclear weapons less attractive on military grounds since we plan for and anticipate the rapid destruction of enemy forces and the swift seizure of key political objectives. The use of nuclear weapons will likely slow us down and increase the cost, both short run and long run, of our operations.
In Iraq, we were confronted by a rogue state. We heard before the hostilities of the existence of deep underground facilities. We were told there were significant weapons of mass destruction throughout the country. Yet, I don't think any military commanders would have even contemplated the use of low-yield nuclear weapons, or any type of nuclear weapon. For one reason, if we had, we would still be miles away from Baghdad, because we could not occupy a place that was radiating plutonium. We would have caused significant civilian casualties. We would have caused a political firestorm that could never be contained in that part of the world and passed across the globe.
These are the practical considerations that deter us--not the fact that we do not have a low-yield weapon.
In addition, the ``deterrent effect'' may have the opposite effect on these rogue nations, as we think we are going to deter them.
Indeed, as Michael May, the former head of Lawrence Livermore National Laboratory, suggested, the emphasis on tactical nuclear weapons ``increases the motivation of 'targeted states' to improve and extend their own nuclear force, or to get one if they don't have it.''
The behavior of North Korea and Iran, although clearly unjustified, might be prompted by such considerations.
The amendment I offer today is designed to do what I heard practically all of my colleagues say was the intent of this proposal by the administration--to allow scientists to do research but clearly to prevent the development, the testing, the fielding, and the use of nuclear weapons, particularly low-yield nuclear weapons.
The amendment I offer today would amend the current Spratt-Furse law so that research is allowed. Work beyond research would, however, remain prohibited.
Since 1953, the Department of Energy and the Department of Defense have worked in a very formalized weapons development process. In the DOE nuclear weapons development process there are a series of numbered phases of development. They are pictured in this chart. The top chart represents the development of a new weapon. There are eight phases as indicated in the chart. The bottom array is the development of or modification of an existing weapon such as the case would be with the robust nuclear earth penetrator. It is coming out of the stockpile, but it is still subject to the same clearly defined phases that have been
defined now for almost 50 years, concept assessment, feasibility, all the way through retirement.
The amendment I offer today would prohibit ``development engineering,'' which is phase 3, or phase 6.3. Again, these are clearly identified phases. There will be no confusion in the Department of Energy or in the Department of Defense as to what is prohibited, what is allowed, and what is allowed as ``reasonable.'' That is what I have heard consistently my colleagues say, that the whole purpose of this proposal by the administration and the development phases are well understood. They have been in use for 50 years. The phases were developed jointly by the Atomic Energy Commission, the predecessor to the DOE, and the Department of Defense in a memorandum of understanding signed in 1953.
Again, my amendment is very clear. It allows phase 1, phase 2, and phase 2-A activity for a new weapon. The red line comes at phase 3. It would allow phase 6.1, 6.2, and 6.2-A. The red line phase comes at 6.3 for the modification of existing weapons. Research is allowed, and everything else is prohibited.
The amendment is designed to allow what, as I said, the Bush administration claims is a primary reason to seek the repeal of the Spratt-Furse law--the need to ``train the next generation of nuclear weapons scientists and engineers.''
I and many of my colleagues do not support providing an open-ended authority to this or any other administration to develop, test, produce, and deploy new nuclear weapons. Unless we adopt this amendment or some variance of the amendment, that is precisely what we will be giving the administration.
The amendment would address the primary concern of ADM Ellis, Commander of Strategic Command, the command responsible for nuclear weapons.
In a letter to the Armed Services Committee, ADM Ellis stated that the ``U.S. Strategic Command is interested in conducting rigorous studies of all new technologies and examining the merits of precision, increased penetration, and reduced yield for our nuclear weapons.''
Nowhere is there a suggestion that he would like the permission to develop the test in the field of new weapons.
Again, if we are serious about arms control, and if we recognize the request for less stability in research, this amendment will be adopted. I hope it is. I would prefer, frankly, the restoration completely of the Spratt-Furse amendment. But this will, I think, do what must be done--prevent development, testing, and fielding of new nuclear weapons of the low-yield type.
I yield the floor.
Will the chairman yield for a question?
I think I understand your second degree, but if I could, just for a moment--my amendment authorizes research activities in phases 1, 2, and 2-A, and 6.1, 6.2, and 6.2-A, and then prohibits the following phases. Your amendment would authorize work in these phases.
I think the difference is that rather than a clear prohibition, which would require someone coming back to the Congress and seeking to repeal the prohibition, you would require them to come back and get an authorization to proceed. I think that is correct.
Essentially, the functional difference between my amendment and your second degree is, at this point, under my amendment the administration would have to come and lift the prohibition; under your amendment, they would have to come and get an authorization. I think that is the functional difference.
Let me say, if I may, again, we are united in the notion of allowing the research in these first three phases. We choose a different way to control government access in the succeeding phases. But the effect, I hope, at the end of the deliberations is that the development, engineering, testing, and deployment of nuclear weapons of low-yield will be subject to congressional authority.
If the chairman will yield, that is why I have this chart, which is quite obvious, and it absolutely could explain your amendment, too.
I will lend it to you.
I believe you are.
It reads ``03.857'' on the upper left hand.
Mr. President, I believe on the amendment that I offered earlier today on missile defense, we have reached agreement. It might be appropriate at this time to call up the amendment.
Mr. President, I will lay aside the pending amendment. We are trying to identify the numbers so we can call up the amendment.
I suggest the absence of a quorum.
Mr. President, I ask unanimous consent that the order for the quorum call be rescinded.
Mr. President, I ask unanimous consent to lay aside the pending amendment and call up amendment No. 711.
I ask unanimous consent to add as cosponsors Senators Feingold and Feinstein.
Mr. President, I ask unanimous consent that the amendment be modified with the changes at the desk.
The staffs have been collaborating all day. They have reached an agreement. The modifications make it clear that goals will be established with respect to the National Missile Defense Program. The modifications are acceptable to the majority and minority. I believe we have a meeting of the minds on all the details.
I urge acceptance of the amendment at this time.