Research, ideas, and leadership for a more secure, peaceful world

Past Event
Seminar

WMD Disposal, Destruction, and Disarmament: The Reduction of U.S. Chemical and Nuclear Weapon Stockpiles

Open to the Public

Speaker:  Cameron Tracy, Stanton Nuclear Security Postdoctoral Fellow, International Security Program/Project on Managing the Atom

States often spend vast sums on weapon production, yet have trouble mustering the resources necessary to eliminate stockpiled weapons for arms control and disarmament purposes. Stockpile reductions have proven particularly challenging with respect to weapons of mass destruction, for which weaponizability is embedded in materials rather than assembled devices. Their elimination commonly requires expensive, technologically demanding processes. U.S. chemical weapon and weapons plutonium stockpile reduction efforts provide useful case studies for investigation of the factors governing the success of reductions programs, as they faced similar challenges yet yielded divergent outcomes. This project involves comparative analysis of both reductions programs, focusing on the technical, organizational, and sociopolitical contexts that aided or hindered elimination.

Please join us! Coffee and tea provided. Everyone is welcome, but admittance will be on a first come–first served basis.

Date: Time: - Location: Room 350
A forklift shovels one-ton containers of mustard gas over the side of a barge somewhere in the Atlantic Ocean in 1964. The Army dumped millions of pounds of chemical warfare agent over decades in this way.

About

Speaker:  Cameron Tracy, Stanton Nuclear Security Postdoctoral Fellow, International Security Program/Project on Managing the Atom

States often spend vast sums on weapon production, yet have trouble mustering the resources necessary to eliminate stockpiled weapons for arms control and disarmament purposes. Stockpile reductions have proven particularly challenging with respect to weapons of mass destruction, for which weaponizability is embedded in materials rather than assembled devices. Their elimination commonly requires expensive, technologically demanding processes. U.S. chemical weapon and weapons plutonium stockpile reduction efforts provide useful case studies for investigation of the factors governing the success of reductions programs, as they faced similar challenges yet yielded divergent outcomes. This project involves comparative analysis of both reductions programs, focusing on the technical, organizational, and sociopolitical contexts that aided or hindered elimination.

Please join us! Coffee and tea provided. Everyone is welcome, but admittance will be on a first come–first served basis.

Contact