Sabina Berman: Brief overview

Privilege, by Yvonne Rainer, 1991.¹

Bitch! Dyke! Faghag! Whore! Parti. (The Sex Show). Createdand performed by Penny Arcade. Presented by Theater for the New City, New York, October 13, 1990.

Daytrips. The Women's Project. Voyage to Lesbos. WOW Cafe. Hamlet. Barnard College. November, 1990.

Excerpts from the Attorney General's Report on Pornography ‐A Hard Place Theatre production. The Playground Theatre, New York City, January 10–20, 1990.

We Keep Our Victims Ready. Written, performed, and directed by Karen Finley. The Joyce Theater, New York City. September 18–22, 1990.

“Find Out Who Killed Laura Palmer” Episode of TwinPeaks, television series, directed by David Lynch. ABC.

World Without End. By Holly Hughes. P.S. 122, New York City, October, 1990.     

The Engage programme and the Government Communication Network in the UK, 2006–2010

The Engage programme was launched in April 2006 by the Government Communication Network (GCN) in the UK. As a civil service body supporting those in government working as press officers and in marketing roles, the GCN under the New Labour government in the period 2006–2010 was involved with the extension of the logic of marketisation to government communication. This article charts this process by examining key government policy documents from this period. The rationale for Engage rested on the assumption that government in the UK needed to adapt its communication approach to reach what were perceived as individualised consumers in society. The extension of the logic of marketisation to government communication that happened under Engage is shown to be consistent with the New Public Management approach to public services under New Labour. Copyright © 2014 John Wiley & Sons, Ltd.     

Performance evaluation of the Scent Transfer Unit (STU-100) for organic compound collection and release

The Scent Transfer Unit (STU-100) is a portable vacuum that uses airflow through a sterile gauze pad to capture a volatiles profile over evidentiary items for subsequent canine presentation to assist law enforcement personnel. This device was evaluated to determine its ability to trap and release organic compounds at ambient temperature under controlled laboratory conditions. Gas chromatography-mass spectrometry (GC-MS) analyses using a five-component volatiles mixture in methanol injected directly into a capture pad indicated that compound release could be detected initially and 3 days after the time of collection. Additionally, 15 compounds of a 39-component toxic organic gaseous mixture (10-1000 parts per billion by volume [p.p.b.(v)]) were trapped, released, and detected in the headspace of a volatiles capture pad after being exposed to this mixture using the STU-100 with analysis via GC-MS. Component release efficiencies at ambient temperature varied with the analyte; however, typical values of c. 10% were obtained. Desorption at elevated temperatures of reported human odor/scent chemicals and colognes trapped by the STU-100 pads was measured and indicated that the STU-100 has a significant trapping efficiency at ambient temperature. Multivariate statistical analysis of subsequent mass spectral patterns was also performed.     

Judging the Judiciary: Understanding Public Confidence in Latin American Courts

Although there is a substantial literature examining public confidence in the judiciary in developed nations, scholars have paid scant attention to analyzing judicial confidence in developing countries. Building on extant work regarding developed nations and introducing original hypotheses in the context of developing nations, this research explains influences on public confidence in Latin American judiciaries by developing a theory that focuses on the potential influences of institutional quality, experiences, and individual attitudes. The hypotheses are empirically tested with the rich individual‐level data compiled by the Latin American Public Opinion Project 2006 survey. The results indicate that a variety of factors influence public confidence in Latin American courts; the role of context explains points of consistency and divergence with research on developed nations.     

Raman Spectroscopy as a Simple,Rapid, Nondestructive Screening Test for Methamphetamine in Clandestine Laboratory Liquids

Raman spectroscopy has found increased use in the forensic controlled substances laboratory in recent years due to its rapid and nondestructive analysis capabilities. Here, Raman spectroscopy as a screening test for methamphetamine in clandestine laboratory liquid samples is discussed as a way to improve the efficiency of a laboratory by identifying the most probative samples for further workup among multiple samples submitted for analysis. Solutions of methamphetamine in ethanol, diethyl ether, and Coleman fuel were prepared in concentrations ranging from 0.5% to 10% w/v, and Raman spectra of each were collected. A concentration‐dependant Raman peak was observed at 1003 per cm in each solution in 4% w/v and greater solutions. Case samples were analyzed and also found to reliably contain this diagnostic peak when methamphetamine was present. The use of this diagnostic indicator can save the forensic controlled substances laboratory time and materials when analyzing clandestine laboratory liquid submissions.