CHORD LANGUAGE

Chords are based on a coding mechanism using discrete spectra (n·f, f/n, mod12). Each chord corresponds to its unique spectral fingerprint, which is mapped to a corresponding set of chordal semantics. Based on this spectrum-semantic mapping protocol, chords form coherent chordal fields across domains, including the temporal domain (chord progressions—music), the spatial domain (membrane—string structure—painting), and the biological domain (meridian system).

Chords and quantization represent two observer perspectives on discrete structures: the former corresponds to first-person internal experience, and the latter to third-person external measurement. From the chord observer's perspective, when discrete structures are organized into chords, they acquire the chordal syntax-semantic logic and become a natural coding language for generating spacetime and life.