The Peacemakers: Navigating the Intersection of Biblical Justice and Contemporary Policing

For Christians seeking to enter the field of policing, the question of justice is answered by two separate sources. Conceptions of justice are presented by both the contemporary justice system and the Bible. The history and current state of American policing reveal a sense of justice that is concerned with fighting crime and defending the rights of the vulnerable. There are, however, inherent limitations when operating within a system made by man. Biblical justice goes further by prioritizing restoration and redeemed relationships within its conception of justice. Reconciling these two perspectives equips Christian police officers with a framework with which they can navigate policing in a way that best glorifies God and effects true justice

Baby Steps Toward Better Pharmaceutical Care: Market Exclusivity Incentives to Research Pediatric Drug Uses Under the FDA Modernization and Accountability Act of 1997

Part I of this paper reviews the perceived need for greater pediatric drug information and previous attempts at improving pediatric pharmaceutical treatment. Part II summarizes SOSA itself in relation to current patent and exclusivity provisions. Part III examines 505A in light of the current regulatory system and financial incentives, arguing that greater FDA discretion in implementing the provision and/or greater reliance on market forces would make SOSA more effective. Finally, Part IV argues that SOSA should be expanded beyond pediatric studies, to provide incentive for further drug studies for adult indications as well

Oil price shocks and the U.S. economy: where does the asymmetry originate?

Rising oil prices appear to retard aggregate U.S. economic activity by more than falling oil prices stimulate it. Past research suggests adjustment costs and/or monetary policy may be possible explanations ofthe asymmetric response. This paper uses a quasi-vector autoregressive model of U. S. economy to examine from where the asymmetry might originate. The analysis uses counterfactual impulse response experiments to detennine that monetary policy alone cannot account for the asymmetry. The robustness ofshort-lived asymmetry across the base case and counterfactuals is consistent with the adjustment-cost explanation.Petroleum industry and trade

Oil price shocks and U.S. economic activity: an international perspective

Oil price shocks are thought to have played a prominent role in U.S. economic activity. In this paper, we employ Bayesian methods with a dynamic stochastic general equilibrium model of world economic activity to identify the various sources of oil price shocks and economic fluctuation and to assess their effects on U.S. economic activity. We find that changes in oil prices are best understood as endogenous. Oil price shocks in the 1970s and early 1980s and the 2000s reflect differing mixes of shifts in oil supply and demand, and differing sources of oil price shocks have differing effects on economic activity. We also find that U.S. output fluctuations owe mostly to domestic shocks, with productivity shocks contributing to weakness in the 1970s and 1980s and strength in the 2000s.Petroleum products - Prices ; Petroleum industry and trade ; Economic conditions - United States ; Business cycles

Oil Price Shocks and U.S. Economic Activity: An International Perspective

Oil price shocks are thought to have played a prominent role in U.S. economic activity. In this paper, we employ Bayesian methods with a dynamic stochastic general equilibrium model of world economic activity to identify the various sources of oil price shocks and economic fluctuation and to assess their effects on U.S. economic activity. We find that changes in oil prices are best understood as endogenous. Oil price shocks in the 1970s and early 1980s and the 2000s reflect differing mixes of shifts in oil supply and demand, and differing sources of oil price shocks have differing effects on economic activity. We also find that U.S. output fluctuations owe mostly to domestic shocks, with productivity shocks contributing to weakness in the 1970s and 1980s and strength in the 2000s.oil price, international business cycles, general equilibrium, Bayesian estimation

An international perspective on oil price shocks and U.S. economic activity

The effect of oil price shocks on U.S. economic activity seems to have changed since the mid-1990s. A variety of explanations have been offered for the seeming change—including better luck, the reduced energy intensity of the U.S. economy, a more flexible economy, more experience with oil price shocks and better monetary policy. These explanations point to a weakening of the relationship between oil prices shocks and economic activity rather than the fundamentally different response that may be evident since the mid-1990s.> ; Using a dynamic stochastic general equilibrium model of world economic activity, we employ Bayesian methods to assess how economic activity responds to oil price shocks arising from supply shocks and demand shocks originating in the United States or elsewhere in the world. We find that both oil supply and oil demand shocks have contributed significantly to oil price fluctuations and that U.S. output fluctuations are derived largely from domestic shocks.Petroleum industry and trade ; Petroleum products - Prices ; International trade ; Economic conditions - United States

Running to Lose: The Muslim Brotherhood and Parliamentary Elections

Streaming video requires RealPlayer to view.The University Archives has determined that this item is of continuing value to OSU's history.Nathan Brown is professor of political science and international affairs and director of the Institute for Middle East Studies at George Washington University. His area of expertise includes comparative politics of the Middle East, democratization and constitutionalism, rule of law in the Arab world, and Islam and politics. Brown is author of Peasant Politics in Modern Egypt (Yale University Press, 1990), The Rule of Law in the Arab World (Cambridge University Press, 1997), Constitutions in a Nonconstitutional World: Arab Basic Laws and the Prospects for Accountable Government (SUNY Press, 2002), in addition to several articles and edited collections on Arab politics and society, constitutionalism, and democracy. His most recent book, Palestinian Politics After the Oslo Accords: Resuming Arab Palestine, was published by the University of California Press in 2003. He is currently completing a book on Islamist political movements in the Arab world. Brown serves as a nonresident senior associate at the Carnegie Endowment for International Peace; he was named a Carnegie Scholar for 2009-2011. Brown received his M.A. and Ph.D. in politics and near Eastern Studies from Princeton University. He received his B.A. with honors from the University of Chicago.The Ohio State University. Honors and ScholarsThe Ohio State University. Department of Political ScienceThe Ohio State University. Middle East Studies CenterOhio State University. Mershon Center for International Security StudiesEvent Web page, streaming video, event photo

StrathSat-R : Deploying inflatable CubeSat structures in micro gravity

This paper presents the concepts, objectives and design of a student-led sounding rocket experiment which shall test novel inflatable devices in space conditions. This experiment is envisaged as the first step towards developing a CubeSat programme at the University of Strathclyde, which can exploit the novel concepts developed and the technical skills gained. The experiment itself aims to test novel, student developed, inflatable space structures in micro gravity and reduced pressure conditions. It consists of three distinct sections, the ejection housing on the rocket and the two ejectable modules that are based on CubeSat architecture. Shortly before reaching apogee, the two modules are ejected from the rocket and will deploy their own inflating structure during free flight. After landing, the ejectable modules recovery will rely upon a GPS position relayed to the team from the module by Globalstar transmission and a RF beacon for tracking with the recovery helicopter. The two modules carry two different structures resulting in distinct mission objectives: The aim of FRODO is to deploy an experimental passive de-orbiting system for high altitude spacecraft which will in the future utilise solar radiation pressure for orbit removal. The aim of SAM is to serve as a technology demonstrator for the residual air deployment method of a smart bio-inspired space structure. This paper contains details about the science objectives of the mission and how they will be achieved, its experimental design and the management of the student-led project

Helium atom diffraction measurements of the surface structure and vibrational dynamics of CH_3-Si(111) and CD_3-Si(111) surfaces

The surface structure and vibrational dynamics of CH_3–Si(111) and CD_3–Si(111) surfaces were measured using helium atom scattering. The elastic diffraction patterns exhibited a lattice constant of 3.82 Å, in accordance with the spacing of the silicon underlayer. The excellent quality of the observed diffraction patterns, along with minimal diffuse background, indicated a high degree of long-range ordering and a low defect density for this interface. The vibrational dynamics were investigated by measurement of the Debye–Waller attenuation of the elastic diffraction peaks as the surface temperature was increased. The angular dependence of the specular (θ_i=θ_f) decay revealed perpendicular mean-square displacements of 1.0 x 10^(−5) Å^2 K^(−1) for the CH_3–Si(111) surface and 1.2 x 10^(−5) Å^2 K^(−1) for the CD_3–Si(111) surface, and a He-surface attractive well depth of ~7 meV. The effective surface Debye temperatures were calculated to be 983 K for the CH_3–Si(111) surface and 824 K for the CD_3–Si(111) surface. These relatively large Debye temperatures suggest that collisional energy accommodation at the surface occurs primarily through the Si–C local molecular modes. The parallel mean-square displacements were 7.1 x 10^(−4) and 7.2 x 10^(−4) Å^2 K^(−1) for the CH_3–Si(111) and CD_3–Si(111) surfaces, respectively. The observed increase in thermal motion is consistent with the interaction between the helium atoms and Si–CH_3 bending modes. These experiments have thus yielded detailed information on the dynamical properties of these robust and technologically interesting semiconductor interfaces