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QUBIT AI: Marc Lee & Shervin Saremi

Speculative Evolution, Prototype 1

FILE 2024 | Installations
International Electronic Language Festival
Speculative experiment on a future ecosystem under strict control. The narrative takes place in a simulation, 30 years in the future, where artificial intelligence and synthetic biology collaborate to optimize an environment for cultivated species. An AI-powered simulator helps visitors generate new species to balance the ecosystem. Inspiration comes from the book Under the White Sky by Elizabeth Kolbert and artists’ stories about life on a damaged planet.

Bio

Marc Lee is a Swiss artist focused on real-time rendered audiovisual installations, AR, VR and mobile applications, critically exploring creative, cultural, social, ecological, political and speculative themes. His work has been exhibited in important museums and new media art spaces. Shervin Saremi is an Iranian musician and audio engineer specializing in sonic computing, procedural sound design and production. Currently researching immersive audio at UdK Berlin.

Iris van Herpen

Syntopia

With ‘Syntopia’, Iris van Herpen explores the new worlds that arise within synthetic biology and the intertwining relationships between the organic and the inorganic. ʻSyntopiaʼ acknowledges the current scientific shift in which biology converges with technology and visualizes the fragility and power within.

photo: Morgan O’Donovan

Doug Rosman

Self-contained II
A neural network, trained to see the world as variations of the artist’s body, enacts a process of algorithmic interpretation that contends with a body as a subject of multiplicity. After training on over 30,000 images of the artist, this neural network synthesizes surreal humanoid figures unconstrained by physics, biology and time; figures that are simultaneously one and many. The choice of costumes and the movements performed by the artist to generate the training images were specifically formulated to optimize the legibility of the artist within this computational system. self-contained explores the algorithmic shaping of our bodies, attempting to answer the question: how does one represent themselves in a data set? Building on the first iteration of the series, the synthetic figures in self-contained II proliferate to the point of literally exploding. Through the arc of self-contained II, this body that grows, multiples, and dissolves never ceases to be more than a single body.