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Laser Isotope Separation and the Future of Nuclear Proliferation (Paperback)
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Laser Isotope Separation and the Future of Nuclear Proliferation (Paperback)
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Laser isotope separation (LIS) is an emerging technology that uses
relatively small, widely-available lasers to achieve civilian or
weapons grade concentration of fissile material to fuel nuclear
reactions. To date only a few, limited proliferation risk analyses
of LIS technology have been conducted. This paper provides a
historically and technically informed update on the current state
of LIS technology and it explains the high likelihood of increased
global LIS adoption. The paper also explains how international
rules governing nuclear energy are ill-equipped to handle such new
technology. It traces the current limitations to broader issues in
international relations theory, especially the incomplete accounts
of the role of technology in the proliferation dynamic in the
dominant neorealism and social construction of technology
approaches. The paper introduces the concept of "international
technology development structure," a framework for understanding
how technology-related opportunities and constraints at the
international system-level influence state nuclear weapons
choices.The paper provides a thorough update of recent
international laser innovations relevant to laser isotope
separation and it explains how the spread of laser-related
knowledge expands state nuclear options and influences their
choices. The paper also provides a country-by-country update on LIS
programs and it uses the example of Iran's laser isotope separation
program to show how existing International Atomic Energy Agency
efforts and export control approaches will be inadequate to
addressing dual-use technologies such as LIS. It concludes by
proposing a new course that links good standing in nuclear
non-proliferation agreements to participation in the World Trade
Organization, global conferences, and fundamental university
research. Ultimately, the paper attempts to provide a comprehensive
account of how emerging laser isotope separation technology
presents non-proliferation challenges and it attempts to explore
options for addressing this new period in technological achievement
and change.
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