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| XenoGenesis Circuit by Gözde Betülay Yorulmaz 1:08 min. |
The echoes of genetic inheritance on the digital ecosystem, paving the way for the birth of a synthetic fauna, XenoGenesis Circuit presents the digital projection of living systems as a hybrid organism formed at the intersection of genetic codes and cybernetic circuits. It presents the cybernetic projection of living systems, which reprocesses the random mutations of nature with digital consciousness. Here, the random mutations of nature are reprocessed by artificial intelligence (AI) and transformed into an ecology of beings where evolutionary processes are written with algorithms. In this system, genetic inheritance is not limited to biological bodies; it produces new life forms through code fragments, databases, and AI models. The digital ecosystem works like an information network corresponding to the molecular memory of DNA—a transformation area that synthesizes future cybernetic organisms with biological data from prehistory.
XenoGenesis Circuit questions how synthetic life forms produced by AI can interact with organic evolutionary processes. Digital faunas shaped by coded algorithms merge with biotechnological limbs to create an order of existence that transcends the boundaries of genetic heritage. These beings transcend the distinction between nature and technology, forming the first examples of a post-human ecology.
Defying gravity,
melting into data reflections, and constantly transforming, these
organisms demonstrate that existence is shaped not only by physical
bodies but also by data flows and algorithmic logics.
The AI Elements used: Stable Diffusion, TouchDesigner, Premiere Pro, Photoshop, Exactly.AI, Runway ML
Gözde Betülay Yorulmaz
Istanbul, Turkey
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