Hear the math. Click a fractal and listen to its orbit. Mix operators like a DJ. Play the depth hierarchy as a keyboard. Mathematics as sound.
Mic → FFT → EML log. Whistle and watch each tone snap to its sin(2π·f·t) equation.
Play the depth hierarchy as sound
Fourier synthesis as stacked EML harmonic nodes
Click notes, build chords, hear EML tones layered
Click a fractal, hear its orbit
Pluck a single mode of the gaming reverb kernel from eml-stdlib. exp(−α·t)·sin(ω·t + φ) — watch the envelope, hear the room.
Two-source coherent wave interference driven by your microphone. The same kernel as Monowave's flagship, ported to browser.
Isomorphism families as harmony
Boundary geometry as rhythm
Crossfade between operator sounds
Nine oscillators across nine domains, all in the same Pfaffian cost class. Hear what 'same kind of computation' sounds like.
16 cells of the F-operator family, each playing the cost-class sound of its canonical expression
Crossfade between two Pfaffian cost classes — distance in cost-class space made audible
Drag in oscillators from biology, physics, engineering. Watch them orbit. Hear them as one organism.