Professional Burnout: Sociocultural and Sociopolitical Perspectives

Social psychological, organizational, and administrative orientations dominate the literature on the phenarenon of professional burnout. This paper argues that sociocultural and sociopolitical perspectives offer additional insights into the issue. By the application of such perspectives we are compelled to examine how certain characteristics of social policies impact dysfunctionally on service providers as well as service recipients. Furthermore, the broader approach outlined here offers alternative intervention strategies for the alleviation or prevention of burnout than those ccomonly posed in previous literature

... and We Keep on Building Prisons: Racism, Poverty, and Challenges to the Welfare State

Prison-building is argued to be an intervention of last resort when a nation loses faith in the social welfare enterprise. Recent proposals for more punitive regulations for means-tested benefits, along with the recent dramatic growth in the construction of prisons and in the size of the inmate population, indicate that we are moving as a society toward heightened levels of scapegoating and victim-blaming as a response to troubles generated by significant structural shifts in the economy. This paper analyzes the connections between poverty, punishment, and prisons, with particular emphasis on the scapegoating of people of color. The role of racism in the production of poverty and in policy debates surrounding its alleviation is highlighted

Optimal Cosmic-Ray Detection for Nondestructive Read Ramps

Cosmic rays are a known problem in astronomy, causing both loss of data and data inaccuracy. The problem becomes even more extreme when considering data from a high-radiation environment, such as in orbit around Earth or outside the Earth's magnetic field altogether, unprotected, as will be the case for the James Webb Space Telescope (JWST). For JWST, all the instruments employ nondestructive readout schemes. The most common of these will be "up the ramp" sampling, where the detector is read out regularly during the ramp. We study three methods to correct for cosmic rays in these ramps: a two-point difference method, a deviation from the fit method, and a y-intercept method. We apply these methods to simulated nondestructive read ramps with single-sample groups and varying combinations of flux, number of samples, number of cosmic rays, cosmic-ray location in the exposure, and cosmic-ray strength. We show that the y-intercept method is the optimal detection method in the read-noise-dominated regime, while both the y-intercept method and the two-point difference method are best in the photon-noise-dominated regime, with the latter requiring fewer computations.Comment: To be published in PASP. This paper is 12 pages long and includes 15 figure

Beyond An Underclass: An Essay on Up-Front Politics

Debate about underclass conceptualization has once again forced sociologists to acknowledge the political context and implications of our work. This article extends the critical examination of underclass conceptualization to relatively undeveloped but politically important areas of concern. Initially we discuss the political economic context of conceptual controversies surrounding poverty. With a preference for structural analysis, we call for the return of class to economically marginalized people and suggest how that goal might be enhanced by a focus on relations of distribution as well as production. Valuing subjects\u27 vantage points, we recommend how sociologists\u27 work can return agency and diversity to economically marginalized people. Finally, acknowledging the agency of sociologists, we call for greater attention to the implications of our class positions for how we, too, make history, either by intention or default

Electrodynamics of electron doped iron-pnictide superconductors: Normal state properties

The electrodynamic properties of Ba(Fe$_{0.92}$Co$_{0.08})_2$As$_{2}$ and Ba(Fe$_{0.95}$Ni$_{0.05})_As$_{2}$single crystals have been investigated by reflectivity measurements in a wide frequency range. In the metallic state, the optical conductivity consists of a broad incoherent background and a narrow Drude-like component which determines the transport properties; only the latter contribution strongly depends on the composition and temperature. This subsystem reveals a$T^2$behavior in the dc resistivity and scattering rate disclosing a hidden Fermi-liquid behavior in the 122 iron-pnictide family. An extended Drude analysis yields the frequency dependence of the effective mass (with$m^*/m_b\approx 5$ in the static limit) and scattering rate that does not disclose a simple power law. The spectral weight shifts to lower energies upon cooling; a significant fraction is not recovered within the infrared range of frequencies.Comment: 13 pages, 9 figure

Second-Order Victim-Blaming

Second-order victim-blaming emerges within a host of rationales given when designated solutions to first-order social problems do not produce the desired results. In certain cases second-order victim-blaming is built upon first-order victim blaming. This article develops a typology of second-order victim blaming based on the nature of problems forthcoming from failed social interventions. It then explores the implications of the phenomenon for those upon whom the blame falls, for other actors in intervention systems, and for social policy and programs more generally. It concludes with a tentative model of the sociopolitical implications of accumulated institutionalized victim-blaming, including the extremes of isolation and genocide

Competition between Charge Ordering and Superconductivity in Layered Organic Conductors α\alpha-(BEDT-TTF)2M_2MHg(SCN)4_4 (M = K, NH4_4)

While the optical properties of the superconducting salt $\alpha$-(BEDT-TTF)$_2$NH$_4$Hg(SCN)$_4$ remain metallic down to 2 K, in the non-superconducting K-analog a pseudogap develops at frequencies of about 200 cm$^{-1}$ for temperatures T < 200 K. Based on exact diagonalisation calculations on an extended Hubbard model at quarter-filling we argue that fluctuations associated with short range charge ordering are responsible for the observed low-frequency feature. The different ground states, including superconductivity, are a consequence of the proximity of these compounds to a quantum phase charge-ordering transition driven by the intermolecular Coulomb repulsion.Comment: 4 pages, 3 figure