1,821 research outputs found
Lessons Learned: Matthew Rutherford
Matthew Rutherford served as the deputy assistant secretary for federal finance at the US Department of the Treasury from 2009 to 2012, before becoming assistant secretary for fi-nancial markets. During his tenure, Rutherford generated reports on the status of mortgage-backed securities wind-downs purchased by the Treasury to stabilize financial and housing markets under the Housing and Economic Recovery Act (HERA). Before joining Treasury, Rutherford worked for the Federal Reserve Bank of New York (FRBNY) and served as liaison with Treasury on the Bank’s behalf. He also helped establish the Department’s Markets Room. This “Lessons Learned” is based on an interview with Rutherford in July 2021
Landmines and human security : international politics and war's hidden legacy
Includes bibliographical references and index.edited by Richard A. Matthew, Bryan McDonald, and Kenneth R. Rutherford
Weakley, Matthew L. - An inaugural dissertation on tetanus
Handwritten inaugural dissertation on tetanus by Matthew Locke Weakley, of Rutherford County, Tennessee.Inaugural dissertation; no. 98
Financial bubbles and economic crises.
An interview conducted by Jonathan Rutherford with the author Carlota Perez
248 - Tait K. Rutherford
Includes bibliographical references.Climate change is intensifying wildland fire activity in Alaska, and public lands managers face an increasing demand for fire suppression within a complex mosaic of land jurisdictions, policies, and social and political pressures. We studied how fire management agencies will respond to climatic uncertainty. In interviews with fire managers, we investigated future management options and pathways to needed adaptations in governance. We applied theories of adaptive governance and policy implementation to inform our analysis, both to shed light on current needs in Alaska fire management and to contribute to the broader literature on governance response to climate change
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Rutherford Scattering and GeLi Detection
Radiation detection is an important part of understanding our physical world. After repairing the WPI GeLi gamma ray detector, we tested soil samples from around campus for the effective radiation doses sustained by an average person, showing that the WPI dose is below the national average. The Rutherford scattering experiment explores the interaction of alpha particles with nuclei and the basic scientific principles involved. We used a mathematical model of the Rutherford experiment and obtained results using the classical Runge-Kutta method and the Dormand-Prince embedded pair method with MATLAB. Comparing the simulated data with known results unites the mathematical theories with experimental practice
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