Unmanning the Police Manhunt: Vertical Security as Pacification

This article provides a critique of military aerial drones being “repurposed” as domestic security technologies. Mapping this process in regards to domestic policing agencies in the United States, the case of police drones speaks directly to the importation of actual military and colonial architectures into the routine spaces of the “homeland”, disclosing insidious entwinements of war and police, metropole and colony, accumulation and securitization. The “boomeranging” of military UAVs is but one contemporary example how war power and police power have long been allied and it is the logic of security and the practice of pacification that animates both. The police drone is but one of the most nascent technologies that extends or reproduces the police’s own design on the pacification of territory. Therefore, we must be careful not to fetishize the domestic police drone by framing this development as emblematic of a radical break from traditional policing mandates – the case of police drones is interesting less because it speaks about the militarization of the police, which it certainly does, but more about the ways in which it accentuates the mutual mandates and joint rationalities of war abroad and policing at home. Finally, the paper considers how the animus of police drones is productive of a particular form of organized suspicion, namely, the manhunt. Here, the “unmanning” of police power extends the police capability to not only see or know its dominion, but to quite literally track, pursue, and ultimately capture human prey

Somatic surveillance: corporeal control through information networks

Somatic surveillance is the increasingly invasive technological monitoring of and intervention into body functions. Within this type of surveillance regime, bodies are recast as nodes on vast information networks, enabling corporeal control through remote network commands, automated responses, or self-management practices. In this paper, we investigate three developments in somatic surveillance: nanotechnology systems for soldiers on the battlefield, commercial body-monitoring systems for health purposes, and radio-frequency identification (RFID) implants for identification of hospital patients. The argument is that in present and projected forms, somatic surveillance systems abstract bodies and physiological systems from social contexts, facilitating hyper-individualized control and the commodification of life functions

Optimal Design Generation and Power Evaluation in R: The skpr Package

The R package skpr provides a suite of functions to generate and evaluate experimental designs. Package skpr generates D, I, Alias, A, E, T, and G-optimal designs, and supports custom user-defined optimality criteria, N-level split-plot designs, mixture designs, and design augmentation. Also included are a collection of analytic and Monte Carlo power evaluation functions for normal, non-normal, random effects, and survival models, as well as tools to plot fraction of design space plots and correlation maps. Additionally, skpr includes a flexible framework for the user to perform custom power analyses with external libraries and user-defined functions, as well as a graphical user interface that wraps most of the functionality of the package in a point-and-click web application

On Pacification: Introduction to the Special Issue

On Pacification: Introduction to the Special Issu

Human Granulocytic Ehrlichiosis Complicating Early Pregnancy

Background. The goal of this case is to review the zoonotic infection, human granulocytic ehrlichiosis, presenting with pyrexia. Case. A 22-year-old multigravid female presented to the emergency department with a painful skin rash, high fever, and severe myalgias. The patient underwent a diagnostic evaluation for zoonotic infections due to her geographical and seasonal risk factors. Treatment of human granulocytic ehrlichiosis was successful though the patient spontaneously aborted presumably due to the severity of the acute illness. Conclusion. Treatment of human granulocytic ehrlichiosis in pregnancy presents unique challenges. Management of pyrexia during pregnancy is limited to external cooling in the setting of thrombocytopenia and elevated aminotransferases. Extensive counseling regarding teratogenic potential of medications allows the patient to weigh the pros and cons of treatment

Exploring Low Dimensions: Building Novel Superconducting Nanodevices to Discover New Physics

This thesis reports on experimental progress in the understanding of superconducting transport properties of low-dimensional nano-structures, focused on lithographically produced aluminum nanowires. The nanowires were studied using transport measurements at temperatures down to 0.25K. A new method is presented on lithographically fabricating one-dimensional nanowires with high control over the final size and size of the wire, enabling the production of wires in a new size regime. Evidence for Weber blockade, a new type of ”vortex quantum dot,” is presented for superconducting nanowires. The evidence for this new effect will enable better understanding and control over future superconducting devices that employ vortex dynamics in their operation. Finally, evidence for the various features of vortex transport in thin, narrow superconducting nanowires is shown. This work was conducted under the supervision of Professor Nina Markovic

How risky are risk factors? An analysis of prenatal risk factors in patients participating in the congenital upper limb differences registry

PURPOSE: Risk factors for congenital upper limb differences (CoULDs) are often studied at the general population level. The CoULD registry provides a unique opportunity to study prenatal risk factors within a large patient sample. METHODS: All patients enrolled between June 2014 and March 2020 in the prospective CoULD registry, a national multicenter database of patients diagnosed with a CoULD, were included in the analysis. We analyzed self-reported, prenatal risk factors, including maternal smoking, alcohol use, recreational drug use, prescription drug use, gestational diabetes mellitus (GDM), and gestational hypertension. The outcome measures included comorbid medical conditions, proximal involvement of limb difference, bilateral involvement, and additional orthopedic conditions. Multivariable logistic regression was used to analyze the effect of the risk factors, controlling for sex and the presence of a named syndrome. RESULTS: In total, 2,410 patients were analyzed, of whom 72% (1,734) did not have a self-reported risk factor. Among the 29% (676) who did have at least 1 risk factor, prenatal maternal prescription drug use was the most frequent (376/2,410; 16%). Maternal prescription drug use was associated with increased odds of patient medical comorbidities (odds ratio [OR] = 1.43, CONCLUSIONS: Most caregivers (72%) did not report a risk factor during enrollment. However, reporting a risk factor was associated with patient medical and orthopedic comorbidities. Of note, GDM alone significantly increased the odds of both these outcome measures along with proximal limb differences. These findings highlight the ill-defined etiology of CoULDs but suggest that prenatal risk factors, especially GDM, are associated with a higher degree of morbidity. TYPE OF STUDY/LEVEL OF EVIDENCE: Prognostic III

Honeybee linguistics—a comparative analysis of the waggle dance among species of Apis

All honeybees use the waggle dance to recruit nestmates. Studies on the dance precision of Apis mellifera have shown that the dance is often imprecise. Two hypotheses have been put forward aimed at explaining this imprecision. The first argues that imprecision in the context of foraging is adaptive as it ensures that the dance advertises the same patch size irrespective of distance. The second argues that the bees are constrained in their ability to be more precise, especially when the source is nearby. Recent studies have found support for the latter hypothesis but not for the “tuned-error” hypothesis, as the adaptive hypothesis became known. Here we investigate intra-dance variation among Apis species. We analyse the dance precision of A. florea, A. dorsata, and A. mellifera in the context of foraging and swarming. A. mellifera performs forage dances in the dark, using gravity as point of reference, and in the light when dancing for nest sites, using the sun as point of reference. Both A. dorsata and A. florea are open-nesting species; they do not use a different point of reference depending on context. A. florea differs from both A. mellifera and A. dorsata in that it dances on a horizontal surface and does not use gravity but instead “points” directly toward the goal when indicating direction. Previous work on A. mellifera has suggested that differences in dance orientation and point of reference can affect dance precision. We find that all three species improve dance precision with increasing waggle phase duration, irrespective of differences in dance orientation, and point of reference. When dancing for sources nearby, dances are highly variable. When the distance increases, dance precision converges. The exception is dances performed by A. mellifera on swarms. Here, dance precision decreases as the distance increases. We also show that the size of the patch advertised increases with increasing distance, contrary to what is predicted under the tuned-error hypothesis