Contrarium x Lofi

Contrarium is a live audiovisual show concept at the intersection of club culture, installation and performance art. Using a custom real-time system built in TouchDesigner, it creates an emergent ecosystem in which light and sound continuously influence and respond to one another.

SPECS

230x 200cm LED Bars double sided 15x Flood Light v2 4x Lasers by Stöd Real-time audio reactive system in TouchDesigner

CREDITS

Line up AV: Young Marco & Max Frimout, .VRIL, Maarten Vos, JakoJako Line up club: Spekki Webu, Dasha Rush, Shoal Venue: Lofi Amsterdam Design by Julius Oosting and Madelief Kok Programmed and performed by Timo Lejeune Produced by Livia Nagy Photography by Iris Zebli & Madelief Kok Videography by Madelief Kok & Gaiia Studio

Contrarium AV show at Lofi Amsterdam with Maaten Vos
Contrarium Young Marco Max Frimout Lofi Amsterdam
Contrarium Jako Jako Lofi Amsterdam
Contrarium Lofi Amsterdam JakoJako

The first two nights unfold as spatial concerts: contemplative, cinematic and enveloping “space operas” in which scale, emotion, and wonder take center stage.

Polynode Katoenhuis art rotterdam tec art Martijn Kuyvenhoven
Polynode Katoenhuis art rotterdam tec art Martijn Kuyvenhoven
Contrarium club night Shoal

The third night breaks form completely, no chairs, no boundaries. A participatory, dance-oriented experience where the audience becomes part of the performance. A one-night-only moment: physical, collective, and unrepeatable.

At the heart of each performance, the sound and light artists stand together in the middle of the space, surrounded by the audience. They perform side by side, creating a live conversation between human and machine, between light and sound.

Lumus
Instruments

Lumus
Instruments
Lumus Instruments is a studio for light, sound and spatial structure. We design and build installation systems that translate computational processes into physical experience.

Lumus Instruments is a studio for light, sound and spatial structure. We design and build installation systems that translate computational processes into physical experience.

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