The Vatard Sisters

Les Soeurs Vatard, described by its author as a “lewd but exact” slice of life, was J.-K. Huysmans’ second novel. Huysmans abandoned poetry and turned to the novel at a time when the works of Emile Zola were intensely controversial; Les Soeurs Vatard is dedicated to Zola by his fervent admirer and devoted friend. In it, Huysmans vividly depicts the scene that for his generation of French writers stood for the contemporary world: the brutal, teeming life of the industrial quarters of Paris in the 1870s. Huysmans’ Vatard sisters are “Désirée, an urchin of fifteen, a brunette with large, pale eyes that were somewhat crossed, plump without being fat, attractive and clean; and Céline, the carouser, a big girl with clear eyes and hair the color of straw, a solid, vigorous girl whose blood raced and danced in her veins. The two are part of that “bizarre race of young women” who work as bookbinders, whose lives revolve around the gaslighted bindery works, the gaudy shop windows, and cheap wineshops that Huysmans describes with minute and colorful detail. His precisely observed sketches show that Naturalism as practiced by Buysmans had none of Zola\u27 s emphasis on “scientific” determinism, but centered primarily on the faithful rendering of what he described as “living persons in real milieus.” The Vatard Sisters is the first English translation of Les Soeurs Vatard. James C. Babcock is professor of French at Western Kentucky University.https://uknowledge.uky.edu/upk_french_and_francophone_literature/1005/thumbnail.jp

Coupling JOREK and STARWALL for Non-linear Resistive-wall Simulations

The implementation of a resistive-wall extension to the non-linear MHD-code JOREK via a coupling to the vacuum-field code STARWALL is presented along with first applications and benchmark results. Also, non-linear saturation in the presence of a resistive wall is demonstrated. After completion of the ongoing verification process, this code extension will allow to perform non-linear simulations of MHD instabilities in the presence of three-dimensional resistive walls with holes for limited and X-point plasmas.Comment: Contribution for "Theory Of Fusion Plasmas, Joint Varenna - Lausanne International Workshop, Villa Monastero, Varenna, Italy (27.-31.8.2012)", accepted for publication in Journal of Physics Conference Serie

Assembling credibility: knowledge, method and critique in times of 'post-truth'

Critical approaches in security studies have been increasingly turning to methods and standards internal to knowledge practice to validate their knowledge claims. This quest for scientific standards now also operates against the background of debates on post-truth, which raise pressing and perplexing questions for critical lines of thought. We propose a different approach by conceptualizing validity as practices of assembling credibility in which the transversal formation and circulation of credits and credentials combine with disputes over credence and credulity. This conceptualization of the validity of (critical) security knowledge shifts the focus from epistemic and methodological standards to transepistemic practices and relations. It allows us to mediate validity critically as a sociopolitical rather than strictly scientific accomplishment. Developing such an understanding of validity makes it possible for critical security studies and international relations to displace epistemic disputes about ‘post-truth’ with transversal practices of knowledge creation, circulation and accreditation

Trauma-Informed Youth Sport: Identifying Program Characteristics and Challenges to Advance Practice

This purpose of this qualitative study was to explore shared characteristics and local challenges of trauma-informed youth sport program design and implementation through the voices of ten program facilitators (e.g., director, trainer; 8 women, 2 men; average age of 36.2 years, SD = 6.03) across four U.S. regions. Within a postpositivist approach and through thematic analysis of semi-structured interviews (average length of 53 minutes), shared characteristics identified by facilitators included promoting a safe and supportive environment, cultivating healthy relationships among adults and peers, and intentional psychological and social skill-building (e.g., attentional cues). Facilitators also explained the importance of understanding the local context to engage youth and develop key strategies to mitigate challenges such as prioritizing the voices of youth involved in their programs, attending to staff needs and providing continual development and training, and collaboration among community partners to support their programmatic efforts. The study findings may be used to inform future research conceptualizing best practices for inclusive youth sport settings and provide added context for facilitators in the development, implementation, and sustainability of the trauma-informed approach

Quantifying Model Complexity via Functional Decomposition for Better Post-Hoc Interpretability

Post-hoc model-agnostic interpretation methods such as partial dependence plots can be employed to interpret complex machine learning models. While these interpretation methods can be applied regardless of model complexity, they can produce misleading and verbose results if the model is too complex, especially w.r.t. feature interactions. To quantify the complexity of arbitrary machine learning models, we propose model-agnostic complexity measures based on functional decomposition: number of features used, interaction strength and main effect complexity. We show that post-hoc interpretation of models that minimize the three measures is more reliable and compact. Furthermore, we demonstrate the application of these measures in a multi-objective optimization approach which simultaneously minimizes loss and complexity

An in vitro comparison between two methods of electrical resistance measurement for occlusal caries detection

Because of different measurement techniques and the easier design of the CRM prototype, this in vitro study aimed to compare the diagnostic performance and reproducibility of two electrical methods (Electronic Caries Monitor III, ECM and Cariometer 800, CRM) for occlusal caries detection, and to evaluate the effect of staining/ discoloration of fissures on diagnostic performance. Hundred and seventeen third molars with no apparent occlusal cavitation were selected. Six examiners inspected all specimens independently, using the CRM, and a subgroup of 4 using the ECM. Histological validation using a stereomicroscope was performed after hemisectioning. Intra- and interexaminer reproducibility was assessed by Lin's concordance correlation coefficient (CCC) and Bland and Altman analysis. Diagnostic performance parameters included sensitivity (SE), specificity (SP) and area under the ROC curve (A(z)). The CCC yielded an intra- and interexaminer reproducibility of 0.69/0.62 (ECM) and of 0.79/0.74 (CRM). The mean intra- and interexaminer 95% range of measurements (range between Bland and Altman limits of agreement) given in percentages of the instrument reading were 67%/65% for the ECM and 28%/33% for the CRM. A(z) at the D3-4 level was 0.74 (ECM) and 0.78 (CRM). The CRM showed at least equivalent diagnostic performance to the ECM. However, improvement is still desirable. Diagnostic performance appeared to be enhanced in discolored lesions; however, this may be related to sample lesion distribution characteristics. Copyright (C) 2006 S. Karger AG, Basel