Golan Levin

Artist

Golan Levin · flong.com ↗

Raster

raster.art/artist/golan-levin ↗

Based

Born 1972, New York City. Lives and works in Pittsburgh, Pennsylvania

Practice

Generative and interactive software, audiovisual performance, installation, critical making, and computational pedagogy

Now

Professor of Art at Carnegie Mellon University and former director of the Frank-Ratchye STUDIO for Creative Inquiry (2009-2022)

In the set

Cytographia ↗ · 418 editions

Links

Full bibliography ↗

Golan Levin is an artist, engineer, researcher, and educator whose work examines how computation can enlarge the vocabulary of human action. Born in New York in 1972 and now based in Pittsburgh, he has developed interactive installations, performances, visualizations, and generative systems since the mid-1990s. Carnegie Mellon University describes his practice as an intersection of machine code, visual culture, and critical making, with responsive artifacts that foreground relationships between people and machines.¹ His institutional position matters to this history: teaching is not separate from making, but one of the laboratories through which new forms and tools are tested.

Levin emerged from the MIT Media Lab’s Aesthetics and Computation Group and entered wider view through audiovisual software and performance. In his 2004 TED presentation, custom programs became instruments for drawing with sound in real time.² The emphasis was already less on automation as spectacle than on legible feedback, a participant acts, a system replies, and that reply invites another action.

Response as material

That recursive structure connects Levin’s varied projects. Dialtones (A Telesymphony), first presented at Ars Electronica in 2001, transformed an audience’s mobile phones into a distributed concert instrument.³ Messa di Voce, made with Zachary Lieberman and vocalists Jaap Blonk and Joan La Barbara, translated speech and song into projected graphics that performers could manipulate. The work received an honorary mention in the 2004 Prix Ars Electronica Interactive Art category.⁴ ZKM, which holds Messa di Voce in its collection, situates Levin within a longer institutional history of interactive and algorithmic art.⁵

These works make technical systems perceptible through bodies, voices, and collective behavior. Levin has described software art as a practice in which code is the artistic medium even when the code itself is not what viewers encounter.⁶ The distinction clarifies his approach: an algorithm is not merely a means of producing an image. It organizes conditions for attention, action, uncertainty, and response.

An imaginary natural history

Cytographia extends this inquiry into long-form generative art. Released through Art Blocks in 2024 as a collection of exactly 418 editions, it presents pages from an imaginary book devoted to imaginary microorganisms.⁷ Each edition centers a continuously moving, interactive cell rendered through custom code in fine black lines, invented glyphs, and the visual language of engraved scientific illustration.

The project began with a 2021 classroom prompt to generate a family of blobs, then grew through more than two years of experiments. Levin identifies sources ranging from Robert Hooke’s Micrographia and Ernst Haeckel’s biological illustrations to Edmund Fry’s Pantographia and Luigi Serafini’s Codex Seraphinianus.⁸ The resulting organisms are neither static plates nor looping animations. Their bodies develop indefinitely through systems resembling flocking, elastic physics, differential growth, and fluid flow, while responding to touches, clicks, and keystrokes.

Live on Art Blocks: cytographia-by-golan-levin ↗

Living diagrams

The visual restraint of Cytographia concentrates attention on structure and conduct. Differences among editions appear through anatomy, line, organization, movement, and invented notation rather than through maximal variation in color or composition. Levin calls the work an elegy for unknown and disappearing microbial species, joining speculative natural history to contemporary biodiversity loss.⁸ Its pseudo-scientific authority is therefore double-edged: the diagram promises knowledge while its asemic labels insist on the limits of classification.

Le Random’s discussion of the work places its generated blobs within Levin’s broader commitment to unlocking the computer’s latent expressive capacities and supporting open-source artistic tools.⁹ A later scholarly interview likewise distinguishes the artwork from the blockchain that distributes it, arguing that Cytographia benefits principally from the long-form generative-art marketplace rather than from blockchain as an artistic necessity.¹⁰ That critical distance is characteristic. Levin does not ask viewers to mistake infrastructure for meaning. He asks what kinds of behavior software can stage, and how an unstable image might cultivate curiosity about lives, systems, and agencies beyond our own.

Cytographia behaves less like a finished picture than a living diagram, an image whose identity resides in what it continues to do.

Bibliography

The references cited in this essay are listed below. For the complete bibliography see the Golan Levin links page ↗.