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Path, Evan Galbicka

Theses and Dissertations

Path is a collaborative system that developed over the course of five months of studio activity and continued through the duration of the exhibition. The system’s main collaborators were a land snail native to eastern North America (Neohelix albolabris), myself, and a digital cellular automaton. These prime agents interwove processes and exchanges between one another into a complex network of folded fractal feedback loops. Cyclic processes produced artifacts and infrastructures to support communication between the components and agents of Path. As a whole, Path spoke to the possibilities for interspecies, cyber-physical, and ecological collaboration to create an …