This Is What Math Sounds Like 🔊

Have you ever wondered what a math equation sounds like? In this video, we turn famous mathematical functions into sound by mapping the height of the graph to a musical pitch. Prepare to be amazed as you hear the distinct audio personalities of different equations!
From the steady rise of a linear function to the chaotic flutter of a sine wave and the rhythmic beats of trigonometric interference, you'll experience calculus and algebra in a completely new way. We sonify everything from the elegant parabola to the explosive exponential function and even discrete number theory concepts like the Greatest Common Divisor (GCD).
This mesmerizing visualization is perfect for anyone who loves math, music, or creative coding. You'll never look at a graph the same way again!
#math #sonification #datavisualization #music #synthesis

Timestamps:
0:00 - f(x) = cbrt(x) (Cube Root)
0:04 - f(x) = sin(x) + sin(pix) (Sine Wave Interference)
0:09 - f(x) = tanh(x) (Hyperbolic Tangent)
0:13 - f(x) = e^x (Exponential Function)
0:17 - f(x) = 5cos(x) - cos(5x) (Trigonometric Beats)
0:21 - f(x) = tan(x) (Tangent Asymptotes)
0:25 - f(x) = x mod 4 (Sawtooth Wave)
0:30 - f(x) = floor(x) (Step Function)
0:34 - f(x) = sqrt(1 - (||x| mod 2 - 1|^2)) (Semicircle Train)
0:39 - f(x) = 1/(|sin(2x)|+|x|) (Absolute Value Sine)
0:43 - f(x) = xsin(1/x) (Topologist's Sine Curve)
0:48 - f(x) = sin(e^x) (Exponential Chirp)
0:51 - f(x) = Gamma(x) (Gamma Function)
0:56 - f(x) = x! (Factorial Function)
1:00 - f(x) = x^2 mod 13 (Quadratic Residues)
1:04 - f(x) = Divisor Count
1:09 - f(x) = prime(x) (Prime Numbers)
1:13 - f(x) = gcd(x, 8) (Greatest Common Divisor)
1:18 - f(x) = |x| (Absolute Value)
1:21 - f(x) = sqrt(4-x^2) (Semicircle)