Agoston Nagy specializes in algorithmic art, creating code-based artistic visualizations, physical installations, and real-time sonification using code. In addition to his artistic endeavors, he conducts research exploring decentralized communities, nonhuman intelligence, autonomy, resilience and the liminal web. Having conducted international workshops in computational art, systems thinking, and creative coding practices across the EU, US, Canada, and Asia, Nagy has shared his expertise on a global scale. Formerly a researcher at Kitchen Budapest Media Lab and a lecturer at Moholy-Nagy University of Art and Design in Budapest, his works have been showcased at prestigious institutions such as the Massachusetts Institute of Technology, the Centre for Media Art Karlsruhe (ZKM), EXPANDED.ART Gallery Berlin, Ludwig Museum Budapest among others.
Audible Code
Algorithmic Sonification Possibilities in Generative Art Systems
Quantum Symmetries
Explorations in quantum computing and generative art. Introducing my recent experiments with real quantum hardware to generate randomness with quantum algorithms in search of new aesthetic possibilities.
Quantum Symmetries
Explorations in quantum computing and generative art. Introducing my recent experiments with real quantum hardware to generate randomness with quantum algorithms in search of new aesthetic possibilities.
Memory Pattern Collages
Turning an archive of digital artworks into a metaphysical environment
Memory Pattern Collages
Turning an archive of digital artworks into a metaphysical environment
Time-Shifting Geometries
Algorithmic methods, ritual heuristics, self computing space
Time-Shifting Geometries
Algorithmic methods, ritual heuristics, self computing space
Recursive Ontologies
Thoughts, underlying concepts and ideas behind gr1dflow
