Augenblick hosted a variety of artistic performances—some planned, some spontaneous. The audience experienced unique interactions of the AI-system with music, dancing, clownery, and storytelling.
September 15-19, 2021 / Interactive Installation, Moritzburghof Halle, Germany
New forms of experience are enabled by creative human-machine interaction at the Silbersalz Festival.
Augenblick hosted a variety of artistic performances—some planned, some spontaneous. The audience experienced unique interactions of the AI-system with music, dancing, clownery, and storytelling.
Lunar Ring is an AI art collective from Tübingen, Germany. Founded in 2019 by Alexander Loktyushin, Johannes Stelzer, Mirko Franjic, and Niklas Fricke, the core mission of Lunar Ring is to explore new emergent forms of creativity. The interplay between human and machine creativity enables entirely new forms of experiences, the whole being greater than the sum of its parts. Lunar Ring engages the public through interactive installations and exhibitions in public spaces and museums.
With a strong scientific background in physics, neuroscience, and machine learning, Lunar Ring incorporates the latest developments from AI research. Like a creative reactor, it combines exploration and realization and collaborates with leading scientists and performing artists.
How can artificial intelligence enable a new form of performance art? And what’s the technical implementation behind it? We'll tell the story behind Augenblick, the central art piece of this year’s Silbersalz Science and Media festival. Here, we installed a 350+ inch screen behind the stage area of a medieval castle located in Halle, Germany. We connected the screen to a local supercomputer, which created a real-time artistic transformation using multiple camera views from the stage and audience. The result is a new stage set, co-created by humans and artificial intelligence. Various acts, such as dancing, theater, literature reading, and music performances were transformed and mirrored back simultaneously using art-generating neural networks.