‘Equilibrium Morphologies’ investigates how complex articulated membrane structures can be erected and tensioned through emergent behaviours of interacting forces and explore multiple states of equilibrium.
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‘Floating Codes’ is a site-specific light and sound installation that explores the inner workings and hidden aesthetics of artificial neural networks – the fundamental building blocks of machine learning systems or artificial intelligence. The exhibition space itself becomes a neural network that processes information, its constantly alternating environment (light conditions/day-night cycle) including the presence of the visitors.
‘A Natural History of Networks / SoftMachine’ is an electrochemical algorithmic performance that probes an alternative computational and technological material regime.
Created by Michael Candy, “Synthetic Pollenizer” is a conceptual intervention in real-world ecological systems using artificial flowers. Inspired by natural pollenizers, these robotic replicas artificially pollinate bees, integrating into the reproductive cycle of local flora; an initiative into a cybernetic ecology.
Exploring behavior based design systems that are self-aware, mobile, and self-structure / assemble. The following is the work AADRL Spyropoulos Design Lab at the Architectural Association School of Architecture, in London.
Following from the Morphogenetic Creations we covered on CAN some months ago , Hybrid Forms: New Growth is the latest in the series of “Cellular Forms: an Artistic Exploration of Morphogenesis” research work by Andy Lomas.
Created by Brad Todd, Collimation takes a form of basic form of artificial intelligence, where the visual stimuli is translated, in a performative act of seeing with the resulting data that takes the form of a neuron.
Created by Romain Cazier at ECAL, Rec All is an interpretation of the geometrical style puzzle games, widely popular on mobile. Taking some of this genre’s features, Romain designed a singular universe, where strange creatures with a cyclic behaviour are generated from a simple gesture.
Aerosol explores what happens when we reverse the common process of transferring physical systems into virtual ones. In this project 16 servo motors control the undulated landscape setting iron balls in continuous motion.
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