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DOE OSTI · 1995126

Proposal to Develop Neutrino Diagnostics for Nuclear Weapons Tests

Van De Water, Richard G.·Durham, John Matthew·Tang, Zhaowen·Louis III, William Charles·Hayes-Sterbenz, Anna Catherine
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Abstract

A nuclear weapon test would be a prolific source of neutrinos in a relatively short time window (<1 s). These neutrinos could be easily detected at distances of 10s of meters or more by detector technology that has been developed for studying neutrino interactions from nuclear reactors. Such a concept was already proposed at LANL in the 50’s but was finally reject for a more controlled experiment at a nuclear reactor – this latter method went on to win the 1995 Nobel prize in physics for the detection of the neutrino. However, times have changed and revisiting this concept could have new unappreciated applications.

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45 MILITARY TECHNOLOGY, WEAPONRY, AND NATIONAL DEFENSE73 NUCLEAR PHYSICS AND RADIATION PHYSICSDiagnosticsNeutrinoNuclear Weapons Tests

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Van De Water, Richard G., Durham, John Matthew, Tang, Zhaowen, Louis III, William Charles, Hayes-Sterbenz, Anna Catherine. 2023-08-14. Proposal to Develop Neutrino Diagnostics for Nuclear Weapons Tests. https://doi.org/10.2172/1995126

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