# Artists Explore Consciousness Through AI-Generated Ecosystems and 3D Philosophy Xin Liu and Eunjo Lee use neural networks to bridge ancient wisdom with digital worlds. - **Source:** [The Keyword](https://brifing.si/source/1bf6786b-d11e-4f89-9ea8-3bf84080f694) - **Published:** 2026-09-29 - **Topic:** [Data & AI](https://brifing.si/c/data-ai) - **Original article:** - **On Brifing:** https://brifing.si/s/3ce1cabf-5d93-4eaf-b7dc-22395eb950a1 ## Neural ecosystems emerge Xin Liu's 'nom nom' creates living digital ecologies using Neural Cellular Automata (NCAs), where millions of particles interact without central control. The work builds on Google research by Blaise Agüera y Arcas and Alexander Mordvintsev about emergent computation. Particles form, compete and dissolve organically, demonstrating how collective intelligence arises from simple local interactions. This challenges traditional AI models that rely on centralized processing hierarchies. ## Philosophy meets 3D capture Eunjo Lee's 'In Your Eyes, Before My Own' translates Buddhist concepts into digital space using motion capture and 3D modeling. She mapped Korean Hangul phonetics onto environmental geometry, creating a linguistic system where sound shapes form. The project uses Google's Nano Banana and Veo tools to transform hand-drawn sketches into animated philosophical explorations. This techno-alchemical approach reveals how ancient wisdom manifests in neural networks. ## Residency fosters innovation The LAS Art Foundation residency specifically supported digital world-building and living system simulations. Selected for technical excellence, both artists received access to cutting-edge AI tools and research partnerships. The program demonstrates how institutional support enables artists to push boundaries of AI applications beyond commercial uses. This model contrasts with typical tech-art collaborations focused on product demonstrations. ## Decentralized intelligence models Liu's work implements Neural Cellular Automata where each particle contains a tiny neural network reacting only to immediate neighbors. This architecture mirrors biological systems more accurately than monolithic AI models. The emergent behaviors demonstrate how complex intelligence can arise without top-down control. Such approaches may influence future distributed computing paradigms and biologically-inspired AI development. ## Linguistic geometry systems Lee developed a novel method where Korean phonetics directly influence 3D environment construction. Speech sounds determine spatial relationships, creating a visual representation of linguistic structures. This builds on her previous work exploring how technology reveals hidden connections between language, psychology and physical reality. The project offers new methodologies for representing abstract philosophical concepts in interactive digital formats. ## Research-driven creative process Both artists collaborated directly with Google AI researchers, integrating cutting-edge computer science into artistic practice. Liu's particle systems implement actual machine learning architectures rather than superficial visualizations. Similarly, Lee's linguistic mapping uses genuine natural language processing techniques. This depth distinguishes their work from more common AI art that merely applies style transfer filters. ## New paradigms for AI art The projects demonstrate how artists can contribute to AI development beyond aesthetic applications. Liu's work suggests alternative architectures for distributed computing, while Lee's approach offers models for representing abstract knowledge. Their methods prove artists can engage with technical research at fundamental levels, challenging the division between creative and scientific AI development. ## Future of consciousness studies These works position AI as a tool for philosophical inquiry rather than just technical problem-solving. By creating experiential simulations of Buddhist interconnectedness and emergent intelligence, the artists provide new frameworks for studying consciousness. Their approaches may influence both artistic practice and scientific research into artificial and natural cognition systems. ## Sources covering this story - https://blog.google/company-news/outreach-and-initiatives/arts-culture/las-art-foundation-ai-residency/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._