The "Translation Machine" - How Bees Helped Make A Sound Sculpture

First conceived during a series of international research trips, Gill wanted to build a way to “translate” the vibrational world of bees into something humans could experience more directly. Honeybees communicate and sense their environment largely through vibration. Sound, resonance, and proximity are core to their perception. The question became: What would it look like to build a sound installation that meets bees on their own terms?

The acoustic environment itself consists of a cluster of wooden hexagonal tubes designed to mimic honeycomb. Inside them sit real honeycomb structures harvested from real bees. Sound is transmitted through the honeycomb, allowing its natural geometry to shape the output.

The sculpture centers around a hexagonal electronics chamber that houses:

• An Arduino R3 
• A passive infrared (PIR) motion sensor
• A Sonar sensor for distance measurement
• The SparkFun MP3 Player Shield for audio output

When a viewer enters the space, the PIR sensor wakes the system. As they move closer to the honeycomb-filled acoustic tubes, the sonar sensors continuously measure distance and scale the audio output. Step closer, and the sound swells — a kind of proximity-based “translation” that invites the viewer to lean in.

The sound itself is carried from small, embedded speakers into the honeycomb. The comb becomes both amplifier and filter, altering resonance in ways that can’t be replicated by digital processing alone. Gill describes this as a collaboration with the bees — the honeycomb they built shapes the sound humans hear.