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Co-Corporeality of Humans, Machines, & Microbes
On architecture, AI, and microbiology The theory of Co-Corporeality is based on a conception of the built environment as a biological entity that opens up a space for coexistence and interaction between humans and microbial life. Based on design-led research, this book explores how we can develop environments for a multispecies world. It focuses on the agency of both human and nonhuman actors. New sensor tools enable observation of and interaction between these different actors. Co-Corporeality links microbiology to material science, artificial intelligence, and architecture. The focus is on how microbial activity can create new protoarchitectural materials, how living systems can be integrated into architecture and cooperate along different time scales. How artistic interventions connect human and nonhuman worlds through tracking systems and machine learning algorithms With essays by Rachel Armstrong, Alex Arteaga, Philip Beesley, Jens Hauser, and others Images of experiments and installations
The Decline of Bismarck's European Order
In an attempt to discover some of the underlying origins of World War I, the eminent diplomat and writer George Kennan focuses on a small sector of offstage events to show how they affected the drama at large long before the war even began. In the introduction to his book George Kennan tells us, "I came to see World War I . . . as the great seminal catastrophe of this century--the event which . . . lay at the heart of the failure and decline of this Western civilization." But, he asks, who could help being struck by the contrast between this apocalyptic result and the "delirious euphoria" of the crowds on the streets of Europe at the outbreak of war in 1914! "Were we not," he suggests, "in the face of some monstrous miscalculation--some pervasive failure to read correctly the outward indicators of one's own situation?" It is from this perspective that Mr. Kennan launches a "micro-history" of the Franco-Russian relationship as far back as the 1870s in an effort to determine the motives that led people "to wander so blindly" into the horrors of the First World War.
Particles at Fluid Interfaces
Particles at Fluid Interfaces encompasses the processes and formulations that involve the stabilisation of fluid interfaces by adsorbed particles. The prevalence of these multiphase materials underpins their use in a broad range of industries from personal care and food technology to oil and mineral processing. The stabilisation conferred by the adsorbed particles can be transient as found in froth flotation or long-lived as occurs within Pickering Emulsions. The particles can range in size from nanoparticles to millimetre-sized particles, and cover a spectrum from collapsed proteins, polymeric colloids of controlled size and shape to high dispersity mineral particles.
Natural Fibers, Biopolymers, and Biocomposites
Natural/Biofiber composites are emerging as a viable alternative to glass fiber composites, particularly in automotive, packaging, building, and consumer product industries, and becoming one of the fastest growing additives for thermoplastics. Natural Fibers, Biopolymers, and Biocomposites provides a clear understanding of the present state
Nanotechnology
Nanotechnology: The Future is Tiny introduces over a hundrerd specific research projects that are currently being investigated in laboratories distributed throughout the world.
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