Every equation has a sound.

• y=sin(x)
• E(7,16)
• tan(x)
• 2^(n/12)
• |sin(x)|
• sin(wt+I sin wt)
• (1+sqrt5)/2
• 2^(k+t)
• x mod 7
• 1/7=0.142857
• dx/dt=10(y-x)
• 3.14159
• e^(-x) sin x
• sin t sin(1.01t)
• 3:4:5
• B3/S23
• sin(x^2)
• f'=fc/(c-v)
• z->z^2+c
• 2,3,5,7,11,13
• sin wt+sin(3wt)/3+...
• e^(ix)
• x->1-1.4x^2+y
• x->3.83x(1-x)
• y(n)=avg y[n-N]
• rule 30
• t^(t>>7)
• 2^n
• x=sin 3t,y=sin 2t
• t>>12
• 1/x
• x->4x(1-x)
• sin(2pi f t)
• sin(x)/x
• n->3n+1

All 35 scores are here to read, in real notation, moving with the sound.

• One equation

  Each track picks one equation and hands it the part you remember: a bass line, a rhythm, the way an echo falls.

• Calculated, all of it

  AI composes the track and writes the code. The code computes every sample, including the voices and the accordion.

• A person listens

  Naru Kijima listens and decides what stays. All 35 tracks here survived that.