VAN BITS NAAR BEATS

The project links algorithmic logic directly to rhythm by using binary logic as the basis for creating music. At the most basic level, there are only two states: 1/0, high/low, on/off. Circuits combine these states according to simple rules. When these signals are set to a musical time scale, pulses, rhythms, tones and ever-changing sequences emerge.

Klankbak is an experimental electronic musical instrument constructed entirely from simple CMOS logic chips. By combining simple binary operations — 1/0, high/low, on/off — the circuit produces sound, pulses and ever-changing rhythmic patterns. The instrument is inspired by Stanley Lunetta’s experimental approach to building electronic circuits. It explores how surprisingly complex music can emerge from very simple electronic building blocks. Logic gates, counters, oscillators and other basic elements are connected in unusual ways. In this way, binary states can be transformed into tones, rhythms, feedback loops and patterns. During the demonstration, Peter shows how small changes in connections and logical relationships can completely transform the music.

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