Neoliberalism’s Market Morality and Heteroflexibility: Protectionist and Free Market Discourses in Debates for Legal Prostitution

In August of 1999, not too long before narratives of sex trafficking began to dominate prostitution policy debates, the residents of a small town in Nevada debated closing the city’s legal brothels. Citizens crowded the hearing hall, holding signs about protecting family and community values. But instead of opposing prostitution, as one might have expected, most public commenters echoed a sign that read, “Pro Family, Pro Prostitution.” Drawing on an analysis of the testimony of the 51 citizens in attendance at that public hearing and ethnographic data gathered in four visits to Evenheart over a one-year period, this paper examines the arguments that framed support for, and opposition to, legal prostitution at this critical historic juncture. The research finds important differences in the ways particular neoliberal discourses can be deployed to the wide range of sexual, gender, and relationship values that constitute heterosexuality. Both supporters and opponents drew on market logics – defined for purposes of this paper as a neoliberal individualism and economic rationality of free trade, scarcity, competition, and self-regulation – as well as on discourses of morality and the family, but each side used them in strikingly different ways. Brothel supporters drew on market logics to defend and support individualized family values and a marketdriven morality, while brothel opponents deployed market logics that supported conservative heteronormative values and morals. I suggest that these deployments of market logics, particularly among brothel supporters, are instances of “heteroflexibility” in neoliberal governance, that is, flexibility in the various gender, sexual, and relationship norms that collectively make up heterosexuality as an institution. Key to the intensity of heteroflexibility’s challenge to heterosexuality, both then and today, is whether market logics use free choice or protection discourses in the neoliberal governance of sexuality

A Practical Blended Analysis for Dynamic Features in JavaScript

The JavaScript Blended Analysis Framework is designed to perform a general-purpose, practical combined static/dynamic analysis of JavaScript programs, while handling dynamic features such as run-time generated code and variadic func- tions. The idea of blended analysis is to focus static anal- ysis on a dynamic calling structure collected at runtime in a lightweight manner, and to rene the static analysis us- ing additional dynamic information. We perform blended points-to analysis of JavaScript with our framework and compare results with those computed by a pure static points- to analysis. Using JavaScript codes from actual webpages as benchmarks, we show that optimized blended analysis for JavaScript obtains good coverage (86.6% on average per website) of the pure static analysis solution and nds ad- ditional points-to pairs (7.0% on average per website) con- tributed by dynamically generated/loaded code

Solid Lipid Nanoparticles: A Potential Approach for Dermal Drug Delivery

Solid lipid nanoparticles (SLNs) have attracted increasing attention during recent years. Due to their unique size dependent properties, lipid nanoparticles offer possibilities to develop new therapeutics. The ability to incorporate drugs into nanoparticles offers a new prototype in drug delivery thus realizing the dual goal of both controlled release and site-specific drug delivery. Drug delivery to the skin is widely used for local and systemic delivery and has potential to be improved by application of nanoparticulate formulations. If investigated appropriately, solid lipid nanoparticles may open new opportunities in therapy of complex diseases which is difficult to treat

Visualizing the Results of a Complex Hybrid Dynamic-Static Analysis

Complex static or hybrid static-dynamic analyses produce large quantities of structured data. In the past, this data was generally intended for use by compilers or other software tools that used the produced information to transform the application being analyzed. However, it is becomingly increasingly common for the results of these analyses to be used directly by humans. For example, in our own prior work we have developed a hybrid dynamic-static escape analysis intended to help developers identify sources of object churn within large framework-base applications. In order to facilitate human use of complex analysis results, visualizations need to be developed that allow a user to browse these results and to identify the points of interest within these large data sets. In this paper we present Hi-C, a visualization tool for our hybrid escape analysis that has been implemented as an Eclipse plugin. We show how Hi-C can help developers identify sources of object churn in a large framework-based application and how we have used the tool to assist in understanding the results of a complex analysis