ARMS-D-Request@XX.LCS.MIT.EDU.UUCP (11/22/86)
Arms-Discussion Digest Friday, November 21, 1986 9:02PM Volume 7, Issue 66 Today's Topics: Selling SDI RFP: Star Wars game Launch on warning invasion of Soviet Union SLBM Launch ground based missile defenses Yet More on SDI (Star Wars flawed #10-of-10) ---------------------------------------------------------------------- Date: Thu, 20 Nov 86 11:49:38 EST From: campbell%maynard.UUCP@wjh12.HARVARD.EDU Subject: Selling SDI Reply-To: campbell%maynard.UUCP@wjh12.HARVARD.EDU (Larry Campbell) >Date: Thursday, 13 November 1986 00:26-EST >From: cfccs at HAWAII-EMH >Re: Selling SDI > > o SDI is sold to the masses and Congress via spectacular exaggeration > about what it will accomplish. > >I haven't seen any spectacular exaggerations. Any examples? Don't you remember Reagan's prime-time soft-shoe about the "Peace Shield"? The posterboard graphic with little missiles bouncing off a rainbow or something, and smiling Americans underneath the rainbow? In case you missed it, or forgot: Reagan claimed that SDI could completely shield the American population from nuclear attack by the Soviet Union. Sounds like spectacular exaggeration to me, folks. *No one* associated with SDI will defend that claim today. >All we have is different people trying to see into the future without even >trying the water. An analogy for both sides of the issue is trying to walk >on water. One side declares it cannot be done because it is impossible. The >other declares it can be done, we just haven't figured out how yet! Is that >a good reason to quit trying? Yes, if "trying" costs hundreds of billions of dollars that could better be spent elsewhere -- like on feeding the hungry, improving the economy, making American industry more competitive in the world market, curing cancer or AIDS... Walking on water might be fun, but few people would be willing to allocate $200 billion to trying to figure out how to do it. -- Larry Campbell MCI: LCAMPBELL The Boston Software Works, Inc. UUCP: {alliant,wjh12}!maynard!campbell 120 Fulton Street, Boston MA 02109 ARPA: campbell%maynard.uucp@harvisr.harvard.edu (617) 367-6846 DOMAINIZED ADDRESS (for the adventurous): campbell@maynard.BSW.COM ------------------------------ Date: Thursday, 20 Nov 1986 12:01:27-PST From: jong%delni.DEC@decwrl.DEC.COM (Steve Jong/NaC Pubs) Subject: RFP: Star Wars game The excellent Macintosh computer game "Balance of Power" is a political game, in that it promotes a particular view of superpower politics, well coated by excellent graphics, stuffed databases, realistic scenarios, etc. Recent ARMS-D submissions have imagined extending arcade skills to SDI, invoking the image of champion video-game players watching monitors of Soviet ICBMs rising from their silos and trying to zap them with orbital battle platforms controlled by the operators' joysticks. It seems to me that someone could (should!) write the "Star Wars Game," making the player just such a video Defender of the American Homeland. The view could be from a network of orbital sensors (under constant Soviet attack, of course), and the players would have to watch moving targets (hundreds during boost phase, more after MIRV separation) and discriminate warheads from decoys. Then players would have to zap the launchers and warheads. The game could even have layers, just like SDI; missiles getting past boost-phase defenses would have to be destroyed via other means. Afterward, there could be a nifty (grim!) aerial view of blackened cities, with captions such as, "Here was New York" (or, for the realists, counts of surviving Minuteman silos :-) Those who quibble with the feasibility of various SDI technologies could adjust the parameters to make the layers of defensive weapons and sensors more or less effective. The Soviet attack, of course, would always be the same. Aside from the game being highly playable (like Missile Command, but covering the entire trajectory of ICBMs), its political and technological message would be worth imparting: that Star Wars is damn hard. (Just how hard would depend on the viewpoint of the programmer, and the adjustments of the players.) This is not a frivolous proposal. I think such a game would sell, and I think it would communicate something worth communicating. If I could do it myself, I would. I'll settle for an acknowledgement. ------------------------------ Date: Tuesday, 18 November 1986 20:45-EST From: Clifford Johnson <GA.CJJ at forsythe.stanford.edu> To: LIN, arms-d Re: Launch on warning Lin> We don't have a policy of executing an Lin> LOW, but rather a policy of deciding whether or not to execute an LOW. Whoa! That's the DECLARATORY policy. The DE FACTO policy is one of launch on warning. In the full sense, the decision to retaliate is already taken, we promise retaliation as part of deterrence. The ONLY real "decision" that occurs is whether the probability of a warning being correct is "sufficient" to warrant retaliation. Given the appearance of an "unequivocal" warning, we are indeed set to attempt retaliation via launch on warning. Even today. Lin> So by your definition, the U.S. has a "policy of X" if it has a Lin> set of procedures that provide for the taking of a decision of Lin> whether or not to do X. Do I understand you? Not quite. In that event, it has an "X policy," which, depending on context, may not be the same of having a "policy of X." Lin> By imminent hostilities, do you mean that the operation of LOWC Lin> iteslf indicates imminenent hostilities (i.e., hostilities that Lin> the capability itself would lead to), or imminent hostilities Lin> due ot other influences, such as Soviet actions? If the first, Lin> then you are right by definition. If the second, then I don't Lin> see how. I mean the first. Lin> It's the imminent risk of unintentional Lin> launch due to such things as unreliable sensors that makes Lin> operating a LOWC a form of first-use *at law*. Lin> Lin> So if you were guaranteed to have perfect sensors, operating Lin> LOWC would be OK? BTW, I don't understand what "at law" means. "At-law" means if the judges say so. In my previous appeal, one of the judges expressed the opinion that operating a LOWC could be construed, as a matter of law, as a form of first-use, in that it's past the loss-of-control decision point. Lin> You try not to. But if deterrence fails, and the Soviets begin Lin> to march into Europe, what do you do? What is your Lin> recommendation? If the choice is nuclear use or surrender, what Lin> then? I certainly agree that we should do all we can to avoid Lin> coming to that point, but what happens if you do? At the very least, a nuclear response should be congressionally authorized. The decision's obviously too big for one man, and there would be time to get a congressional subcommittee together. To: LIN@XX.LCS.MIT.EDU ------------------------------ Date: Thursday, 20 November 1986 15:17-EST From: sundc!oktext!nears!ks at seismo.CSS.GOV To: lin, ARMS-D Re: invasion of Soviet Union From: Eugene Miya N. <eugene at ames-nas> ...Depending on damage level of the Soviet Union, do we have invasion plans (conventional with perhaps some tactical nuc capability?) >From: LIN@XX.LCS.MIT.EDU Actually, the new naval maritime strategy postulates Marine amphibious assaults in two places on the SU during the latter phases of the war. From where do you have information about U.S. Marines' amphibious assault strategy or war planning? ------------------------------ Date: Fri, 21 Nov 1986 15:32 EST From: LIN@XX.LCS.MIT.EDU Subject: SLBM launch From: Eugene Miya N. <eugene at ames-pioneer.arpa> Targeting and ASW bring up some interesting possibilities. 1) you can't assume you will get all shots from your SSBN off... you might be 3-4 missiles off before your SSBN might be sunk (not worse It takes 5 minutes to empty 16 tubes. It isn't guaranteed, but it is a good bet. ------------------------------ Date: Fri, 21 Nov 1986 17:12 EST From: LIN@XX.LCS.MIT.EDU Subject: ground based missile defenses From: cfccs at HAWAII-EMH I agree that 80 to 1 (warheads vs ABM) are not good odds for the ABM, but what about a retaliatory attack? There wouldn't be 8000 warheads, and of those left, not all would be aimed at Moscow. Why do you assume that 1 ABM interceptor would destroy on average one warhead? I'm not assuming anything... I know nothing about the SU ABM system. Comparing it to what we used to have is like comparing the space shuttle to the gemini program... Do you know what the SU has (Not necessarily what the treaty allows)? They have a system comparable to what Safeguard (what we used to have) was. That's supposed to be a generous comparison. They have 100 interceptors now. ------------------------------ Date: Monday, 3 November 1986 08:07-EST From: Jane Hesketh <jane%aiva.edinburgh.ac.uk at Cs.Ucl.AC.UK> To: ARMS-D Re: Star Wars flawed #10-of-10 Spin-off from SDI Donald MacKenzie Summary: Spin-off beneficial to the UK from SDI research is likely to be slight. The context in which the spin-off must be placed is the following. The defence share of UK research and development spending already exceeds considerably that of our major European competitors and Japan. But there is little evidence of benefits accruing to the UK civil economy because of this. The question of spin-off cannot be approached wholly `technically'. Clearly there are areas of technical overlap between SDI technologies and civil concerns - these are probably more evident in the computing and software areas than elsewhere, where the overlap may be quite small. But the existence of technical overlap in no way guarantees that technology developed in a defence programme such as SDI will find civil application, or that the economic benefits of such civil application will flow to the countries sponsoring the technological developments or in which they take place. The small size of likely UK SDI contracts militates powerfully against any `spin-off' effects. Thirty million pounds is peanuts - if one is thinking in terms of the amount of capital needed to bring a major technological breakthrough to successful commercial exploitation. At this level of contracts, the division, distraction and diversion effects of SDI participation probably far outweigh any spin-off effects. Nor would the prospects for spin-off necessarily be any better at a higher level of contracts. The difficulties faced by the UK in this matter are well-known: they have, for example, been well analysed by Sir Ieuan Maddock. In brief, Maddock's conclusion is that many commercially exploitable developments are `locked in' defence contractors - especially in what he calls `Type A' firms, those with deep dependence on the defence market, and little expertise (sometimes little interest) in following civil commercial opportunities. The MoD are aware of this phenomenon, but it is not clear to us that their praiseworthy efforts to overcome it are enough. A significant level of UK involvement in SDI work would, by increasing the focus in key leading-edge areas on defence applications, cut against the efforts to alleviate this situation. It would be bound to increase concern about the untypically high level of the defence share in British government funded R&D. Demands for a reduction in MoD research funding, and a commensurate increase in DTI R&D funding, would be bound to increase. The major economic benefit to the UK of high levels of defence R&D currently comes not from civil spin-off but from overseas military sales. It seems very likely that the US government would seek to restrict the sale of SDI-derived military technology by the UK, even to friendly nations. If SDI contracts are small, but in key areas, these restrictions may spill over beyond contract work, narrowly- defined, to the larger projects of which it may be part. So little benefit may be gained by the UK (because of the small size of the SDI contracts), but tightening export controls, or simply delays caused by disputes, may significantly damage the UK's export potential here. Again, this issue is difficult to be clear about without the knowledge of the terms of the Memorandum of Understanding. The Memorandum of Understanding between West Germany and the US appears potentially quite damaging in this respect to the interests of the Federal Republic. We have some evidence that the British MoU is more favourable to British interests in this matter, but the net effect of SDI participation on British military exports may still be negative. Spin-off, therefore, seems to us to be a poor justification of either the SDI itself or of UK participation in it. Both the US and the UK have to remember that they face a major competitor, Japan, in which advanced information technologies are being pursued with direct commercial exploitation fully in view. It is not inconceivable that the Japanese could over the next twenty years pursue a directly commercial information technology programme at around SDI scale. The prospects for the UK IT industry, and even the US IT industry, in the world market would then be very poor. The processes we have seen in fields such as consumer electronics could well be repeated in areas in which the UK and US are still strong. Selected Bibliography Council for Science and Society, UK Military R&D, Oxford University Press, 1986. Civil Exploitation of Defence Technology, Report to the Electronics EDC by Sir Ieuan Maddock CB OBE FENG FRS and Observations by the Ministry of Defence, London, National Economic Development Office, February 1983. German Press reveals SDI Trade Deal New Scientist, 24 April 1986. Information about the author Dr Donald MacKenzie has been Lecturer in Sociology at the University of Edinburgh since 1975. His main research interest is the sociology and social history of science and technology, especially modern military technology. He graduated from the University of Edinburgh in 1972 with First Class Honours in Applied Mathematics, and after post- graduate study in the Science Studies Unit, University of Edinburgh, was awarded his PhD in 1978 for a study of the development of the mathematical theory of statistics. He is the author of Statistics in Britain, 1865-1930: The Social Construction of Scientific Knowledge (Edinburgh University Press 1981) and co-editor of The Social Shaping of Technology (Open University Press 1985). He has published widely in journals and edited collections in the social studies of science and technology, and his work has been translated into French, German, Dutch and Japanese. Currently, he is directing a research project, funded by the Nuffield Foundation, on the developement of strategic missile guidance technology. See "Missile Accuracy - An Arms Control Opportunity", Bulletin of the Atomic Scientists June/July, 1986. ------------------------------ End of Arms-Discussion Digest *****************************