// Interactive lab

Chaos Divergence Explorer

Interactive chaos lab for comparing feedback, tiny mismatches, noise, rule drift, and forecast spread.

A compact lab for seeing when near-identical forecasts stop agreeing.

This lab compares near-identical forecasts under a known rule. Pick a simulation, load a preset, run the model, then adjust one control at a time to see when the paths split.

What this tests

The explorer compares near-identical forecasts under known rules. It is designed to separate pattern recognition from precise prediction.

Simulation modes

  • Feedback maps show compounding mismatch.
  • Attractor flows show bounded systems with unstable paths.
  • Local cascades show how small differences spread through connected rules.
  • Gravity flybys show near-miss paths changing direction.
  • Basin boundaries show small input changes landing in different outcomes.

How to read it

The useful readout is the predictability horizon: the first point where the forecasts are no longer close enough to trust as one answer.

Why it matters

Many business and technical systems are not random, but they can still become hard to forecast after enough feedback, unresolved variables, or hidden rule drift.

Limits

The lab is an explanatory model, not a production forecasting engine or scientific simulation package.

Related

Use Probability Signal Simulator for probability updating, or Systems Field Notes for operational examples where small changes can cascade.

Predictability horizonwaiting
Forecast spreadwaiting
Close passeswaiting
System statewaiting
Run the model to see when near-identical paths stop agreeing.
Preset loaded. Run once, then change one control.
Readout Run the model

Watch horizon and spread. A split means exact prediction weakened.