ResoNet by william hailiang chen from uk

ResoNet visualises the resonant frequencies inherent in the surrounding environment, via the interaction of the public and adjacent stimulus detected by the LED net. By using Lo-Fi techniques ResoNet creates a cascade of light triggered by the vibrations detected across the structure.

A series of vibration sensors & LED modules are fixed at key intersections on the tensile network, to detect minute vibrations as a result of human and natural activity. Be it a brush of a hand, or a passing breeze, the energy is converted into light that resonates across the structure, immersing the public in an efflorescent visual of flashing lights.

The cascade effect may travel across and can overlap, based on the number of starting nodes, the energy displaced, and the tension in the mesh. The LED’s will fade out as the oscillation energy disperse and gets absorbed by the mesh structure. It remains static until the next vibrations are detected hence a high anticipation will be built-up on and on.

The research project has been developed as an art installation format at the moment however the ultimate goal is to explore the use for daily life on a more stimulus and responsive environment. ResoNet explores the boundaries between nature, art, architecture, and technology; to create emergent physical & ephemeral conditions.