Skip to content

Sound and light are both vibration.

One reaches us as waves through air. The other as waves across space. Both carry frequency, intensity, and pattern. We already have the perceptual systems for both. What we lacked was the translation.

Sonicture is that translation. Every visual element maps to a specific property of the audio. Nothing is arbitrary. If you see it, the music put it there.

Play the same song twice, see the same image twice. A sonicture is a fingerprint, not an illustration.

every element is evidence

Full reference sonicture. Time flows outward from center to edge like tree rings.
beginningend →

A sonicture reads like a tree trunk. The center is the first moment of the song. The outermost ring is the last. Time flows outward. Each ring is one detected onset in the music.

Detail crop of the sonicture core showing the harmonic identity gradient

the center is the song’s harmonic identity

A gradient at the core captures the song’s global tonal character. Its home key. Its gravitational center. Everything else orbits it.

Detail crop showing distinct color bands within a ring — amber (G), green (B), olive-gold (D)

color is pitch

Each note in the musical scale has one color. The mapping is not arbitrary. Pitches that sound close together produce colors that look close together. Perceptual distance between notes is preserved in perceptual distance between colors.

Simple harmony, two or three notes sounding together, produces clean bands of color. Complex harmony layers them. At close inspection, a musician can identify the chord.

𝄞GBD
G major chord, colored by sonicture's palette
Detail crop showing rings growing from thin to thick across a crescendo

thickness is intensity

Loud passages produce thick rings. Quiet passages produce thin ones. The dynamic arc of the entire song is visible from center to edge: where it builds, where it breathes, where it holds back.

Detail crop showing percussive geometry radiating outward from the ring edge

percussion wraps the harmony

The shapes radiating outward from the rings are percussive energy. Three frequency bands produce distinct geometry. Low frequencies appear as wide, rounded forms close to the ring. Mid frequencies taper further out. High frequencies extend as thin rays at the edge. The sharper the attack, the more pointed the shape.

Detail crop showing a structural boundary where ring character and spacing visibly change

drift and gaps map the song’s journey

A song that stays in one key produces concentric rings. Stable, centered. A song that moves through harmonic territory produces rings that drift toward the new tonal center, mapped to the Circle of Fifths so that closely related keys drift gently and distant keys drift far. The degree of drift reveals how far the music wanders from home.

Where the rings separate, the music measurably changes character. These are not always verse and chorus boundaries. They are moments where harmonic vocabulary, dynamic level, rhythmic density, and timbral character shift together. The gap is the evidence.

Detail crop showing the vocal melody thread as a chain of bright white dots across the rings

the melody line is the artist’s voice

A continuous white thread traces the pitch of the vocal melody. Not just which notes are sung, but how: the slides, the leaps, the held moments. Where the voice is absent, the thread disappears. Where it returns, you see the singer.

Look closer. The faint text woven into the rings is the song’s lyrics, positioned at the exact moment each word is sung. At normal viewing distance they read as texture. At this scale, they become legible. Another layer of the music preserved in its visual form.

beauty is a consequence of accuracy

A sonicture is not artwork about music. It is a direct transformation of musical structure into visual structure.

The colors, shapes, and patterns are not chosen for aesthetic effect. They emerge from the music itself. When a song is musically coherent, its sonicture is visually coherent. The beauty is objective, a consequence of truthful mapping.

The only aesthetic choice is a single starting point: which color represents the note C. We chose warm coral, because C is home. The root of the most universal key, the note that grounds everything else. The color had to feel the same way. Every other color follows from the music.

Pitches that sound similar produce colors that look similar. Visual distance mirrors audible distance. The transformation is truthful. The truth is what produces the beauty.

Each sonicture is as unique as the song it represents. Different audio cannot produce the same visual output. If it sounds different, it looks different.

transformation, not generation

A sonicture is a truthful transformation of music. Not a creative interpretation. Not a visualization inspired by audio. A transformation.

Existing tools either show raw data stripped of musical meaning, or generate new artwork that changes with the model and the prompt. One is precise but empty. The other is expressive but unfaithful.

A sonicture is hard to vary. It preserves the music in another form, without creative intervention. The same song always produces the same sonicture, because the visual is the audio.

The familiar question about music is: did you hear the new song? Sonicture makes a new question possible.

have you seen it?

three thinkers that inspired the system

Ideas that explain how sonicture works. And why it works the way it does.

David Deutschphysicist, author of The Beginning of Infinity

Deutsch argues that the best explanation of any phenomenon is one that is hard to vary. Change any detail and the explanation breaks. Sonicture follows this directly: every visual element is controlled by the music, and altering any element would misrepresent the song. Deutsch extends this to beauty itself. A flower is beautiful not because human eyes evolved to find it pleasing, but because its structure is genuinely coherent. A sonicture aspires to the same standard. Beauty that is real because the underlying structure is true, revealing the infinity of music.

Jacob Colliermusician, composer, harmonic explorer

Collier hears music at a resolution most listeners cannot access: microtonal pitch, quarter-tone fluency, harmonic subtlety that carries the spirit of Bach. His standard is the one that matters. Could someone with that ear examine a sonicture and verify that it accurately represents the harmonic content? If the color says C major, it must be C major. If the drift shows a modulation, the modulation must be real.

Rick Rubinproducer, author of The Creative Act

Rubin has shaped music across five decades and as many genres, not by imposing a style but by listening for what is essential and stripping away everything else. Trust the source. Sonicture adds nothing decorative. The visual emerges entirely from the music. Accuracy without feeling is just data. The purpose of truthful mapping is not precision for its own sake but the revelation of what the music already contains.