| Publication |
2011.
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| Summary/Abstract |
Nuclear exchange models using Monte Carlo methods were used to test the stability of U.S.-Russian deterrence for reduced nuclear force sizes off alert in the presence of missile defenses. For this study U.S. and Russian weapons were partitioned into a postulated First Echelon, consisting of single-warhead, silo-based ICBM launchers that can be generated in hours to launch-ready status, and into a postulated Second Echelon of more diverse nuclear forces including multiple-warhead, road-mobile and sea-based systems that require days to weeks to become launch ready. Given reasonable estimates of weapons characteristics, First Echelon nuclear forces can survive to retaliate in numbers that satisfy the requirements of deterrence, given limitations on the numbers of missile defense interceptors, a result which is bolstered by the added capabilities of the more deeply de-alerted Second Echelon.
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