Patterns of Harmony by Gaspar Battha

Patterns of Harmony is a mirrored projection mapping installation inspired by quantum physics and a research to find the origin of geometry. It focuses on all of nature’s weird beauty, takes concepts from far beyond the perceptivity of the human mind and attempts to translate them into a unified, spatial form.

The physical object is a fractal of cubes, though it does not contain any physical cubes, only reflections and projections of it. It is built by applying a combination of rear-projection and two-way mirror foils on acrylic glass, and the final effect is achieved by mapping and projecting animated graphics on the back of the installation. Thereby the light gets “trapped inside” the object, breaks on it’s physical structure and create the illusion of other shapes, eventually letting our minds take care of the construction of the visible geometry.

more: bit.ly/10vglS4

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Master-project, UdK Berlin , 2014

Consultant: Prof. Joachim Sauter (joachimsauter.com)


Music: Andras Toth (soundcloud.com/andrastothonpiano)


Camera: I AM JOHANNES (iamjohannes.com)



With the great help of: 
Bori Csontos

Ecdysis (Installation), 2014 by Sougwen Chung

Ecdysis is an immersive audio-visual installation depicting biological and architectural adaptation. In Ecdysis, kinetic light, scored by ambient sound, is cast on 36 interwoven planes, suspended in space by their tensional integrity.

Ecdysis is a culmination of contrasts, tracing across gradients of the geometric and organic, the digital and the physical, the melodic and the dissonant. Viewers of the piece are invited to walk within the installation to experience the piece from multiple perspectives, rejecting the notion of audience as passive spectator as they themselves become enveloped forms within the world of Ecdysis.

Project Page:

ecdysis.sougwen.com

Credits:

Sougwen Chung: concept, composition

in collaboration with
Praveen Sharma: Score
Slanted Studios: Technical Direction
Chris Lunney: Technical Direction
Square Fabrication: Fabrication