SoundLab
v1.0
Modules
Overview
Music Theory
Signal Processing
Acoustics
Music Theory
Signal Processing
Acoustics
© 2026 SoundLab
SoundLab
Waveform visualization
Interactive Science Platform

The Science of Sound

An interactive exploration of music theory, digital signal processing, and the physics of acoustic waves — from the mathematics of harmony to the mechanics of vibration.

440 Hz

Three Pillars of Sound Science

Music Theory
Music Theory
Scales · Chords · Intervals · Progressions

Explore the mathematical foundations of music. Understand how scales are constructed, how chords derive from harmonic series, and how chord progressions create emotional movement.

12+
Scales
20+
Chord Types
13
Intervals
Open Module
Signal Processing
Signal Processing
Waveforms · FFT · Filters · Oscilloscope

Visualize sound as a mathematical signal. Decompose complex waveforms via Fourier analysis, explore filter responses, and understand how digital audio processing works.

5
Waveforms
4
Filter Types
1024
FFT Bins
Open Module
Acoustics
Acoustics
Mechanical Waves · Resonance · Doppler · dB

Dive into the physics of sound as a mechanical wave. Study wave propagation, compression and rarefaction, the Doppler effect, resonance, and the decibel scale.

3
Wave Types
343 m/s
Speed in Air
20–20k Hz
Hearing Range
Open Module
343 m/s
Speed of Sound (air, 20°C)
440 Hz
Concert A Pitch
20 Hz – 20 kHz
Human Hearing Range
130 dB SPL
Pain Threshold