Eigendrum
Draw any shape and hear it as a real drum — an interactive study of the standing waves a membrane can sustain.

A curated hall of interactive exhibits gathered from across the web — instruments you can play, physics you can see, and the anatomy that turns vibration into perception. Step inside.
Draw any shape and hear it as a real drum — an interactive study of the standing waves a membrane can sustain.

A theremin you play in mid-air — wave your hands at the camera, or tilt your phone, to shape pitch and volume.

A ride along the groove at microscopic scale — watch a stylus trace recorded sound through vinyl physics.

Rotate and explore the machinery of hearing — cochlea, semicircular canals, and the ossicle chain — in 3D.

A hands-on model of the human vocal tract — pull, push, and shape a pink cartoon airway to synthesize speech.

A deeply illustrated interactive essay that builds sound from air molecules to hearing, one playable diagram at a time.

A digital playground where melodies compete, reproduce, and evolve — a musical take on Darwin's ideas.

An interactive walkthrough of beamforming, MIMO, and antenna directionality — the wave physics behind better Wi-Fi.

A tiny synthesizer and tracker that turns compact JSON descriptions into complete songs.

Free software for measuring the acoustic transfer function of tube models, loudspeakers, and rooms.

The self-playing piano that Mark Rober taught to talk — precision solenoids, real strings, and a viral performance.

A WebGL audio visualizer that turns any microphone input into the famous stacked-wave landscape of Joy Division's album cover.

Music,
Sound &
Hearing
A coffee-table book of interactive exhibits
The museum, bound. Every opening of this book is a single exhibit — curatorial notes on the left page, a full-bleed plate on the right. Turn from cover to colophon; each spread links out to the living work on the web.