Interactive application
Interactive Video
Fourier is one slice. Explore the complex-frequency landscape.

Laplace transform studies

Explore how the Laplace transform extends Fourier analysis with exponential weighting. Drag a slice through complex frequency, inspect convergence and reconstruct a signal from a contour. See how convolution in time becomes multiplication after transformation.

Explore connections
Frequency and decay make a landscape
OscillateDecayIntegrate
01 · Echo studio Start here: build a response from a field of fading echoes.02 · Memory sculpture Explore frequency and decay as a three-dimensional field.03 · Three linked studies Weight, inspect a spectrum, and reconstruct from a contour.04 · Same poles. Different time. Compare time support and the region of convergence.
Live Laplace observatory: the decaying signal, exponential weighting and complex-plane accumulation share one transform surface. Height encodes log(1 + |F|), not physical geometry.
Live Laplace observatory: the decaying signal, exponential weighting and complex-plane accumulation share one transform surface. Height encodes log(1 + |F|), not physical geometry.
Quick start · live feature guide

Four ways into the same transform

Start with Echo studio, the main visual exploration. The other instruments connect its geometry to familiar transform operations. Each has its own function selection and controls; use the launch links above to enter directly.

  1. 01

    Echo studio

    Choose an input signal and change memory decay. Each ribbon is one delayed, fading contribution; their sum forms the response. Orbit the scene and inspect an individual echo.

  2. 02

    Memory sculpture

    Choose a kernel, then change frequency and decay. Turns and envelope become a glowing field through time. Orbit to inspect this geometric companion to the echo sum.

  3. 03

    Three linked studies

    Switch between exponential weighting, the transform landscape and contour inversion. Drag the complex-frequency probe or the slice; compare the signal, winding and transform together.

  4. 04

    Same poles. Different time.

    Choose a rational transform, then switch the supported half of time. Watch the time signal and convergence region change together: a formula alone does not identify the bilateral signal.

Explore this fieldDrawing with harmonics Theory Workbench Complex functions
Page reviewed September 12, 2026. Demonstrations and technical notes reflect the showcased version.
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