Drone affective politics against state impunity: The case of 43 disappeared students in Ayotzinapa, Mexico

This article analyzes some implications of new drone aesthetics involved in affective politics against state impunity in social conflicts. Whereas the literature on media, war and conflict has been centered around the war aesthetics of military drones, the author argues that civilian drones can mobilize affective politics – expressed, for example, in the aestheticization of shame, rage and the subversion of fear – as a means of political communication with and against the state. Further, she proposes that the present focus on drone aesthetics should be expanded to also account for the political affects that aesthetic sensory perceptions mobilize. Drawing on actor-network theory and new materialism, the article takes the disappearance of 43 students in Ayotzinapa (Mexico) as an exemplary case of state impunity in the context of the war against drugs and social conflict. By means of a digital ethnography of the social collective project Rexiste, the author analyzes its public interventions deploying a civil drone named ‘Droncita’, which sought to generate an aesthetics of affect against state impunity. The article contributes toward expanding investigation of (civilian) drone aesthetics and the mobilization of affective politics in the literature on war and social conflicts and collective action.

Commanding or being a simple intermediary: how does it affect moral behavior and related brain mechanisms?

History has shown that fractioning operations between several individuals along a hierarchical chain allows diffusing responsibility between components of the chain, which has the potential to disinhibit antisocial actions. Here, we present two studies, one using fMRI (Study 1) and one using EEG (Study 2), designed to help understand how commanding or being in an intermediary position impacts the sense of agency and empathy for pain. In the age of military drones, we also explored whether commanding a human or robot agent influences these measures. This was done within a single behavioral paradigm in which participants could freely decide whether or not to send painful shocks to another participant in exchange for money. In Study 1, fMRI reveals that activation in social cognition and empathy-related brain regions was equally low when witnessing a victim receive a painful shock while participants were either commander or simple intermediary transmitting an order, compared to being the agent directly delivering the shock. In Study 2, results indicated that the sense of agency did not differ between commanders and intermediary, no matter if the executing agent was a robot or a human. However, we observed that the neural response over P3 was higher when the executing agent was a robot compared to a human. Source reconstruction of the EEG signal revealed that this effect was mediated by areas including the insula and ACC. Results are discussed regarding the interplay between the sense of agency and empathy for pain for decision-making.

Hyperspectral Parallel Image Compression on Edge GPUs

Edge applications evolved into a variety of scenarios that include the acquisition and compression of immense amounts of images acquired in space remote environments such as satellites and drones, where characteristics such as power have to be properly balanced with constrained memory and parallel computational resources. The CCSDS-123 is a standard for lossless compression of multispectral and hyperspectral images used in on-board satellites and military drones. This work explores the performance and power of 3 families of low-power heterogeneous Nvidia GPU Jetson architectures, namely the 128-core Nano, the 256-core TX2 and the 512-core Xavier AGX by proposing a parallel solution to the CCSDS-123 compressor on embedded systems, reducing development effort, compared to the production of dedicated circuits, while maintaining low power. This solution parallelizes the predictor on the low-power GPU while the entropy encoders exploit the heterogeneous multiple CPU cores and the GPU concurrently. We report more than 4.4 GSamples/s for the predictor and up to 6.7 Gb/s for the complete system, requiring less than 11 W and providing an efficiency of 611 Mb/s/W.

The Use of Polymer Nanocomposites in the Aerospace and the Military/Defence Industries

Previously, applications of composites were limited to the military aerospace. This is because civilian aircraft with composites inclusions was considered to be too expensive. The use of composite in aircrafts, instead of steel, has resulted in lightweight aircraft structures and has consequently reduced the level of fuel consumption and costs of fuel, thereby reducing CO2 emissions. Undoubtedly, nanocomposites applications abound in several aspects of human life and the use of nanoparticle in materials dates back to the understanding of the nature of these materials. This chapter will focus on the use of nanopolymers in the aerospace and in the military. Particular attention will be given to nano military weapons, nanocoating for military applications, nanotechnology for military drones, nanotechnology in military suits, gloves, boots and nanotechnology in armored military vehicles, aircraft, and military ships and in military medicine.

“An Eye Turned into a Weapon”: a Philosophical Investigation of Remote Controlled, Automated, and Autonomous Drone Warfare

Military drones (unmanned combat aerial vehicles) combine surveillance technology with missile equipment in a far-reaching way. In this article, I argue that military drones could and should be object for a philosophical investigation, referring in particular on Chamayou’s theory of the drone, who also coined the term “an eye turned into a weapon.” Focusing on issues of human self-understanding, agency, and alterity, I examine the intricate human-technology relations in the context of designing and deploying military drones. For that purpose, I am drawing on the postphenomenological approach developed by Don Ihde in order to systematize the manifold aspects of human-technology relations in a four-level model (embodiment relations, hermeneutic relations, alterity relations, and background relations). This inquiry also includes a critical reflection on the (often hidden) normative implications of this technology. In doing so, I do not intent to offer an exhaustive relational ontology of military drones. I rather aim at providing a framework that is able to capture the core dimensions of this technology and their complex interrelations in a systematic way that has been missing in the philosophical debate so far.

The Use of Polymer Nanocomposites in the Aerospace and the Military/Defence Industries

Previously, applications of composites were limited to the military aerospace. This is because civilian aircraft with composites inclusions was considered to be too expensive. The use of composite in aircrafts, instead of steel, has resulted in lightweight aircraft structures and has consequently reduced the level of fuel consumption and costs of fuel, thereby reducing CO2 emissions. Undoubtedly, nanocomposites applications abound in several aspects of human life and the use of nanoparticle in materials dates back to the understanding of the nature of these materials. This chapter will focus on the use of nanopolymers in the aerospace and in the military. Particular attention will be given to nano military weapons, nanocoating for military applications, nanotechnology for military drones, nanotechnology in military suits, gloves, boots and nanotechnology in armored military vehicles, aircraft, and military ships and in military medicine.

Drone Proliferation and the Challenge of Regulating Dual-Use Technologies

The controversy surrounding military drones has generated many proposals for restricting or prohibiting existing drones, additional autonomous variants that may be created in the future, and the sale of drones to certain markets. Moreover, there is broad interest in regulating military drones, with proposals coming not only from academics but also from NGOs and policymakers. I argue that these proposals generally fail to consider the dual-use character of drones and that they therefore provide inadequate regulatory guidance. Drones are not confined to the military but rather spread across international and domestic security roles, humanitarian relief efforts, and dozens of civilian applications. Drones, their component technologies, the control infrastructure, and the relevant technical expertise would continue to develop under a military-focused regulatory regime as civilian technologies that have the potential to be militarized. I evaluate the prospects of drone regulation with the help of research on other dual-use technologies, while also showing what the study of drones can contribute to that literature. Drones’ ubiquity in nonmilitary roles presents special regulatory challenges beyond those associated with WMDs and missiles, which indicates that strict regulatory controls or international governance frameworks are unlikely to succeed. With this in mind, I further argue that future research should acknowledge that drone proliferation across military and civilian spheres is unavoidable and shift focus to considering how drone warfare may be moderated by countermeasures and institutional pressures.