NAS Award for Behavioral Research Relevant to the Prevention of Nuclear War
Recognizes basic research in any field of cognitive or behavioral science that uses rigorous formal and empirical methods to advance our understanding of issues relating to the risk of nuclear war. Established by a gift of William and Katherine Estes, and is presented with a $20,000 prize. Scheduled for presentation in 2015.
Robert Powell (2012)
For sophisticated game theoretic models of conflict that illuminate the heart of the strategic dilemmas of nuclear deterrence, including the importance of private information.
Graham Allison (2009)
For illuminating alternative ways of thinking about political decision making with special relevance to crises, including nuclear crises, as demonstrated in his groundbreaking Essence of Decision and subsequent works.
Robert Jervis (2006)
For showing, scientifically and in policy terms, how cognitive psychology, politically contextualized, can illuminate strategies for the avoidance of nuclear war.
Walter Enders and Todd Sandler (2003)
For their joint work on transnational terrorism using game theory and time series analysis to document the cyclic and shifting nature of terrorist attacks in response to defensive counteractions.
Philip E. Tetlock (2000)
For successfully developing a semantic measure of cognitive complexity predictive of foreign policy decisions and for applying psychological analysis and knowledge to nuclear policy problems.
Alexander L. George (1997)
For combining theory with history to elucidate the requirements of deterrence, the limits to coercive diplomacy, and the relationship between force and statecraft.
Thomas C. Schelling (1993)
For his pioneering work on the logic of military strategy, nuclear war, and arms races, which has profoundly influenced our understanding of this crucial subject.
Robert Axelrod (1990)
For his imaginative use of game theory, experimentation, and computer simulation to define and test strategies for confrontation and cooperation and other models of social interaction.