Micropolitics and Collective Liberation: Mind/Body Practice and Left Social Movements

This article explores the growing use of mind/body practices such as meditation and yoga in Left social movements. The analysis is rooted in interviews with activists participating in the transformative movement-building current: the growing number of organizations integrating subjective and social transformation practices. William Connolly’s work on micropolitics is put into conversation with the transformative movement-building current. The epistemological assumption undergirding this article is that textual political theory, and the knowledge being produced by activists, can benefit from dynamic exchange. My argument is that Connolly’s post-Nietzschean political theory offers a powerful justification for the political importance of mind/body practices, one that adds to activist justifications. I also argue that transformative movement-building contributes to recent theoretical debates by concretely demonstrating the integral importance of micropolitics for successful macromovements.     

Measuring the performance of research and technology programs: A balanced scorecard approach

Research programs, like other government programs, are now being requested to demonstrate relevance and value added to national social and economic needs. Complexity, unpredictability and other factors make it difficult to define specific performance measures for R&D programs. This paper describes the performance measurement efforts of one technology development program within the U.S. Department of Energy and proposes a strategy for applying this balanced scorecard approach to a fundamental research organization. Simple logical models of the inputs, activities, outcomes and long term results of R&D programs are proposed. A critical few measures of performance that answer questions from multiple audiences are then chosen across this performance spectrum. This paper describes work performed by Sandia National Laboratories Energy Policy and Planning Department, Albuquerque, New Mexico 87185, with the support of the U.S. Department of Energy under contract DE-AC0494AL85000. The continued support and enthusiams of Darrell Beschen in the DOE Office of Energy Efficiency and Renewable Energy and Iran Thomas in DOE Office of Energy Research, Basic Energy Sciences, is appreciated. The authors also acknowledge the contributions of John Reed and the training in the logic chart and performance spectrum provided by Ron Corbeil and Steve Montague. The opinions expressed are those of the authors and do not represent the opinions of the U.S. Department of Energy.     

An Update on the Hazards and Risks of Forensic Anthropology,Part II: Field and Laboratory Considerations

This paper focuses on potential hazards and risks to forensic anthropologists while working in the field and laboratory in North America. Much has changed since Galloway and Snodgrass published their seminal article addressing these issues. The increased number of forensic practitioners combined with new information about potential hazards calls for an updated review of these pathogens and chemicals. Discussion of pathogen hazards (Brucella, Borrelia burgdorferi, Yersinia pestis, Clostridium tetani and West Nile virus) includes important history, exposure routes, environmental survivability, early symptoms, treatments with corresponding morbidity and mortality rates, and decontamination measures. Additionally, data pertaining to the use of formaldehyde in the laboratory environment have resulted in updated safety regulations, and these are highlighted. These data should inform field and laboratory protocols. The hazards of working directly with human remains are discussed in a companion article, “An Update on the Hazards and Risks of Forensic Anthropology, Part I: Human Remains.”     

Errors in the estimation of the distance of fall and angles of impact blood drops.

This paper presents derived equations for the estimation of the variances in the estimated distance of fall and the estimated angle of impact for blood droplets. The derived equation for the variance of the estimated distance of fall predicts that as the blood drop size approaches that of a blood droplet falling at terminal velocity, the variance of the estimate grows without limit. The derived equation for the variance in the estimated angle of impact shows that as the angle of impact approaches 90 degrees, the variance grows without limit. The validity of the equation for the estimated variance of the angle of impact was tested for five angles of impact (15, 30, 45, 60 and 75 degrees); the equation correctly predicted the observed variance up to an angle of 60 degrees.     

Introduction to “charting,tracking, and mapping: new technologies,labor, and surveillance”

Advances in information technologies over the last two decades have offered the promise of revolutionizing workplaces and other settings by expanding the capabilities of individuals working in various professions. Enabled by high-speed computing systems and marked by an intensification of command and control properties, new technologies have expanded, and in some cases intentionally surpassed, the scope of the senses. Technologies such as drones, surveillance cameras, and airport and border security systems promise the seemingly infinite catchment and infinitesimal account of human actions, while computer processing software provides real-time data on large-scale transactional processes occurring in monetary systems and security markets. Charting, tracking, and mapping functions open up new vistas for quantifying social behaviors and detecting misbehaviors, creating new frontiers for criminal justice, the military, and economic activity. The papers in this special issue reveal the processes guiding the rapid transformation and flexible adaptation of institutional structures, economic and financial systems, and threat surveillance and military/police mobilization in the near future.     

Disputes and conflicts inside organizations: A systems approach

Book reviewed in this article: Robert R. Blake and Jane Srygley Mouton , Solving Costly Organizational Conflicts David Ewing , Justice on the Job William L. Ury, Jeanne M. Brett , and Stephen B. Goldberg , Getting Disputes Resolved: Designing Systems to Cut the Costs of Conflict Alan F. Westin and Alfred G. Feliu , Resolving Employment Disputes Without Litigation James T. Ziegenfuss , Organizational Troubleshooters: Resolving Problems with Customers and Employees     

Differentiation of fetal and adult bloodstains by pyrolysis-gas-liquid chromatography

A pyrolysis-gas-liquid chromatographic method has been developed for the differentiation of adult and fetal bloodstains. In a blind-coded study, five adult and three fetal bloodstains were correctly identified on the basis of the pyrograms of stain extracts. The differentiation between adult and fetal bloodstains is based on the peak height ratio of two long-retention-time peaks appearing in their pyrograms. The first of these peaks has been tentatively identified as indole derived from the pyrolysis of tryptophan, while the second peak is an as-yet unidentified molecular fragment produced by the pyrolysis of some component of the hemoglobin molecule other than the amino acids tryptophan, tyrosine, and phenylalanine.     

Errors in the determination of the point of origin of bloodstains

Bloodstain pattern analysts are sometimes called upon to determine the point of origin of a pattern of bloodstains. A derivation of expressions for the uncertainties deltaX and deltaY in the coordinates of the point of origin P(X, Y) of two bloodstains on a surface has recently been published. These uncertainties were expressed in terms of the uncertainties in the measured distance between the bloodstains and the uncertainties in the angles of impact of the bloodstains. This paper extends the derivations in the previous work by expressing the uncertainties in the coordinates of the point of origin of two bloodstains in terms of the uncertainties in the length and width measurements from which the angles of impact of the bloodstains are calculated.