Illuminating Complexity Through Simplicity
An inspiring digital interaction takes place within a spatial arrangement of small, transparent casts shaped like human brains. Each of these brain replicas is equipped with RGB LEDs and is influenced by its neighboring brains, generating interdependent illumination patterns. Inspired by “Cellular Automaton” like Conway’s Game of Life, viewer interaction activates new “cells,” resulting in complex, vibrant patterns. The installation comes to life through tactile interaction with life-sized silicone brains based on R&D models for brain surgery training and hidden contactless interaction via ultrasonic sensors.
This installation highlights that complexity arises from simplicity. Intricate illumination patterns emerge from basic interactions between cells, mirroring how our world is built on simple elements and interactions. This reflects the interconnectedness of human societies, ecosystems and the brain, highlighting how small actions can have significant, far-reaching impacts.
Bios
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Photo: Frank WimmerFlorian Nimmervoll
AT
Florian Nimmervoll is an assistant professor at the University of Arts and Industrial Design in Linz, where he specializes in design methodologies. He is involved in projects at the intersection of design and sustainability, exploring the lifecycle of plastics and the circular economy.
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Photo: Albin-ReiterMartin Reiter
AT
Martin Reiter is an engineer and artist in the field of 3D printing, with a technical background and a PhD in Polymer Product Engineering.
