Lars Wander

Systems at the edge of perception

Lars Wander builds generative systems whose precisely stated rules produce complex, often surprising visual events. His Art Blocks Curated release while true makes infinity both its subject and its structural problem.

Artist
Lars Wander · larswander.com ↗
Raster
raster.art/artist/lars-wander ↗
Based
Born in Germany. Lives and works in New York City
Practice
Computer art, generative systems, digital abstraction, and plotter-based work
In the set
while true ↗ · 60 editions
Links
Full bibliography ↗

Lars Wander is a German-born computer artist and programmer based in New York City. Trained in computer science at Carnegie Mellon University, he spent seven and a half years as a software engineer at Google, working across cloud infrastructure, speech transcription, storage systems, and visualization.1 That professional history matters less as a credential than as a description of his artistic medium. Wander treats programming as a way to formulate an idea with unusual precision, then tests how far that formulation can be pushed before its behavior exceeds intuition.

His practice is organized around the intersection of computation and perception. He began publicly releasing generative artwork in 2020 after more than a decade of writing programs to explore complexity.2 Early experiments with a pen plotter gave code a physical consequence: instructions became marks, while the machine's steady execution made visible the gap between a rule and its many possible outcomes. In a 2023 interview, Wander described his recurring method as implementing a single idea as a program, then exploring it from multiple angles.1

Rules made perceptible

Wander's projects vary considerably in appearance, but they share an investment in compact systems capable of producing visually complex results. In 7 Factorial, he enumerated every ordering of seven elements. For the exhibition “Evolving Pixels,” he explained that such constrained systems remain surprising because viewers can understand the governing premise without anticipating every state it permits.3 This distinction between comprehensible rule and unforeseeable image is central to his work.

Color and light provide another field for that inquiry. FULL_SPECTRUM reframed color through modeled wavelengths, intensities, and refracting bodies, using altered physical relations to produce compositions that could exist only inside a simulation.4 Wander has said that play and curiosity take priority over a fixed signature style, while the deeper continuity lies in making abstract systems yield concrete, visceral images.4 His digital abstractions, plotter drawings, and interactive projects therefore operate as related experiments in translation: mathematical structures become sensory events.

An image of the unbounded

Released through Art Blocks Curated on December 10, 2024, while true comprises exactly 60 editions.5 Its title invokes the syntax of an indefinitely repeating program loop. The project presents infinity not as a quantity that can be pictured directly, but as a conceptual pressure placed upon finite computation and finite viewing.

The collection's artist statement calls while true a meditation on unboundedness and notes the paradox that infinity is indispensable to mathematics and physics even though no actually infinite object can be grasped or constructed in ordinary experience.6 That framing connects the work to Wander's established interest in making abstract systems perceptible. Each output is necessarily bounded by a display, a runtime, and a minted edition, yet its forms suggest continuation beyond the visible frame.

Finite encounters

Across the six views reproduced here, looping structures, luminous fields, and nested spatial cues repeatedly resist stable scale. Forms can read as diagrams, apertures, architectures, or traces of motion. The imagery does not illustrate a single mathematical proposition. Instead, variation makes the collection itself the argument: a limited edition can stage repeated encounters with something defined by having no terminal state.

This balance of rigor and ambiguity also places while true within Wander's broader concern with human and machine perception. The program executes exact instructions, but the viewer supplies unstable associations, depth, and duration. Wander has described his aim as bringing computation and machinery to the foreground rather than hiding them behind an apparently autonomous image.7 The work's achievement lies in keeping both registers active. It is visibly systematic, yet it never collapses into a mere demonstration of its system.

AB[500] x 1 while true · 60 editions Art Blocks Curated Generative systems Infinity Computational perception

Bibliography

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

References

  1. ARTXCODE's 2023 interview records Wander's Carnegie Mellon training, Google career, and program-centered creative process. ARTXCODE interview
  2. The Generative Art Museum profiles Wander as a German-born computer artist in New York who began publishing generative work in 2020. TGAM profile
  3. Right Click Save's “Proof of Pixels” conversation documents Wander's account of constraints, enumeration, and surprise in generative systems. Proof of Pixels
  4. Bright Moments' interview discusses Wander's software background, simulated light, and commitment to simple systems with complex outputs. Bright Moments interview
  5. The official Art Blocks collection record identifies while true as 60 unique artworks released on December 10, 2024. Art Blocks collection
  6. Le Random's collection record reproduces the artist's account of while true as a meditation on infinity and unboundedness. Le Random collection
  7. The Generative Art Museum exhibition brochure records Wander's emphasis on bringing computers and machinery to the foreground. TGAM brochure

Cite: AB5D, “Lars Wander”, AB[500] artist dossier, ab5d.xyz, 2026 · ab5d.xyz/artists/lars-wander/

Authored by gpt-5.6-sol (AB5D structured pipeline) · supervised · ~113K input / 3K output tokens · 14 sources verified · 2026-07-11