Michael G Devereux

Practice

Generative art, printmaking, and photography informed by mathematics, physics, nature, and iterative experimentation

In the set

CryptoCountries: The Unpublished Archives of a Mythical World Traveler ↗ · 67 editions

Links

Full bibliography ↗

Michael G Devereux’s practice is built around translation: physical systems become images, mathematical relations become visual structures, and code becomes a means of staging controlled surprise. He studied applied physics before completing a doctorate in applied mathematical modelling, while his artistic development moved through wildlife photography, drawing, painting, and traditional printmaking.¹ This combination of technical research and studio practice matters because it positions computation not as an isolated novelty, but as one instrument within a longer investigation of pattern, observation, and material process.

His early photography already joined empirical curiosity to image-making. A 2011 long exposure of a double pendulum used light to register chaotic movement, turning a physical demonstration into an abstract drawing.² The photograph later appeared in 50 Visions of Mathematics and was featured by Plus Magazine as an image of chaotic behaviour.³ In this work, as in his later generative practice, the image is evidence of a system unfolding through time.

Code through the printmaker’s eye

Devereux describes his printmaking as an effort to connect science, mathematics, and nature across forms that range from colourful abstractions to single-colour etchings.⁴ That practice received peer recognition through Printfest’s 2019 McClures Award.⁵ Traditional printmaking also supplied a working logic for his digital art: images are conceived in layers, interactions among elements are tested, and the quality of the final output remains central.¹

His move into generative art emerged from experiments with code and from an interest in the complexity produced by simple mathematical inputs. Devereux’s process begins with a compelling idea, then advances through documentation, research, prototypes, and extensive iteration. He moved from MATLAB to JavaScript and p5.js, tools that allowed scientific knowledge and visual composition to meet within a browser-based medium.⁶ The resulting practice values discovery without surrendering precision. Unexpected outputs are not treated as errors by default, but as material to be evaluated and refined.

The continuity between physical and digital print is visible in Deep Below, which Gamma included in its account of blockchain-based prints. That presentation places Devereux’s work within a model where a shared image matrix produces individually recorded digital impressions.⁷ His broader interest in archival durability later drew him toward Bitcoin Ordinals, whose numbering and inscription structure he understood as a way to associate works with particular moments and preserve them over time.¹

An atlas without a stable world

CryptoCountries: The Unpublished Archives of a Mythical World Traveler was Devereux’s first long-form Art Blocks project.⁶ Released through Art Blocks Factory on 29 August 2022, the collection comprises exactly 67 editions.⁸ Its title establishes a layered fiction: these are not direct maps of known territories, but documents attributed to an absent traveler and recovered from an unpublished archive. The project therefore frames procedural generation as speculative cartography.

Across the series, map-like divisions, fields of colour, marks, and diagrammatic structures suggest territories without fixing them to a single political or geographic reality. Variation operates as world-building. Each output reads as one possible page from the same imagined record, while the finite set gives that record the coherence of an editioned atlas. The project’s appearance in a 2022 market report among generative releases also locates it within the wider field of long-form blockchain art active during that period.⁹

Live on Art Blocks: cryptocountries-the-unpublished-archives-of-a-mythical-world-traveler-by-michael-g-devereux ↗

Observation as a common method

The connection between Devereux’s art and scientific work is methodological rather than merely biographical. His research has addressed image processing, machine learning, computer vision, and the automated interpretation of inspection footage.¹⁰ A peer-reviewed study on nuclear-reactor inspection, for example, considers how objects and defects can be localized and measured in imagery affected by distortion, uneven illumination, and limited depth information.¹¹ Those specific engineering problems should not be collapsed into the meanings of his artworks, but they clarify his sustained attention to how images encode uncertain information.

Photography records light, printmaking transfers marks through a matrix, and generative code renders instructions as variable images. In each case, Devereux constructs a procedure and studies what becomes visible through it. CryptoCountries concentrates that approach into an imagined archive whose authority remains playful and unstable. Its maps do not resolve the world. They demonstrate how systems, stories, and visual conventions can repeatedly produce one.

Bibliography

The references cited in this essay are listed below. For the complete bibliography see the Michael G Devereux links page ↗.