event
Synthux Hackathon 2024

Symphony of a Mass

A pulse sensor-controlled fan coexists alongside a photocell synthesizer.
MaxMSP
Arduino
Ableton
Arduino Uno
Light sensor
Heartbeat sensor
prompt

Coaches & collaborators

Garrett Laroy Johnson
institute
School of the Art Institute of Chicago
In a lonely, posthuman void, the beat of one’s heart invokes our humanity. [Symphony of a Mass] is an entity fueled by human pulse. At times it becomes uncontrollable, roaring into the abyss, and is subdued at others. [Synthpathizer] translates pulse into music, creating a chaotic soundscape as it increases. The slowing of one’s heartbeat tones down the chain reaction present in the work- a slow in one’s pulse signals the fan to turn slower, finally calming down the main body of the work, the photocell synthesizer.
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the tech

How does it work?

Creating [Symphony of a Mass], we connected a pulse sensor to an Arduino Uno, where readings of pulse waves are scaled to the speed of a DC motor, which drives a fan. Serial readings are also sent to MaxMSP, creating a MIDI interface that communicates with Ableton to create sound. The physical installation consists of five photocell synthesizers hung on a ceiling, along with the pulse-controlled fan in front of a spotlight. The oscillations from the photocell synthesizers are sent to Ableton, and then sent to multichannel speakers. As pulse readings control the fan motor speed, light is blocked from the photocell synthesizers. Played beside the sounds from pulse readings, the oscillations continuously fluctuate, harmonize, and clash.
Open source code
Click here to grab this project's code
MaxMSP
Visual programming language for music and multimedia
Arduino
Development board
Ableton
Music production program
Arduino Uno
Development board
Light sensor
A light sensor detects light in its proximity
Heartbeat sensor
A heartbeat sensor measures heart rate in real time
About the instrument
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