A SYSTEMS’ GARDEN
Through Systems’ Garden, I sought to investigate the computability of biological growth while also reflecting on our evolving relationship with technology. The resulting forms suggest unfamiliar plant species that appear both natural and artificial, existing somewhere between biological speculation and algorithmic construction.
The visual language of the series is based on the L-system, a formal grammar developed in 1968 by the mathematician Aristid Lindenmayer as a theoretical model for studying plant development and cellular growth. Using this established framework as a starting point, I experimented with a range of rule sets, parameters, and interpretations of the algorithm. By iteratively rewriting and adjusting the system, I allowed the code to generate a variety of branching structures, selecting and refining those that produced visually compelling and botanically suggestive results.
The final series of prints presents these algorithmically generated forms as a speculative garden—an exploration of how computational processes can echo the generative logic of nature while prompting reflection on the boundaries between the organic and the technological.
Exhibited at: EVA Conference 2024
Materials: Paper
Tools: p5js