True/False is a kinetic sculpture composed of arrays of circular black metal segments set in mechanical columns. Interlocking and rotating around fluorescent light tubes, the cylinders cover or expose the light to display an endless number of patterns. The transformation of the sculpture is based on the shifting elements and their correlation to each other. As the segments do not move independently, for any of the cylinders on a column to change, the segments affected must work in unison to achieve the command. Reminiscent of devices originally used for calculations, such as Turing machines, the sound originates from the mechanical movement of the moving parts thus making the algorithm audible. The rhythm of »true/false« is captivating as variations in the visual choreography result in distinctive changes in its soundscape. Through the generation of algorithmic patterns and the repetition of endless tasks, »true/false« transforms itself into something more than the sum of its elements to reveal the beauty hidden within a basic algorithm.

Plebian Design

Patterned by Nature
Patterned by Nature was commissioned by the North Carolina Museum of Natural Sciences for the newly built Nature Research Center in Raleigh, North Carolina. The exhibit celebrates our abstraction of nature’s infinite complexity into patterns through the scientific process, and through our perceptions. It brings to light the similarity of patterns in our universe, across all scales of space and time.


Hidden Patterns
The co-citation network for Nature: more than 88,000 papers published by the journal since 1900 are each represented by a dot, coloured by discipline. Papers are linked if another scientific paper (of those indexed in the Web of Science) cites both; the dot size reflects the number of these co-citation links.
Invisible, hidden connections and constantly repeating patterns within nature, society, language, and culture can not only be explored but also made visible. Barabási’s network approach promises to deliver a comprehensive, universal method that will illuminate many phenomena with scientific precision.