Stage 01
One ball
A quiet arena and a single moving point.
01 Exponential modeBall
Ball
multiplier.
Start with one. Every wall collision makes another. Watch a clean, empty arena slowly disappear beneath the chaos.
Start the chainNext: 2
Population
1
Wall hits
0
Power
2^0
Chaos
1%
The progressionSimple rule.
Simple rule.
Ridiculous result.
The counter highlights each power-of-two milestone while individual impacts keep the motion organic and unpredictable.
Stage 02
One rule
Every wall impact creates one new ball.
02Stage ∞
Total chaos
Every clone inherits the rule. Growth takes care of itself.
∞How Ball Multiplier
actually works.
Ball Multiplier begins with one moving object and one recursive rule: each wall impact creates another object that follows the same rule. It is a compact demonstration of how repeated local events produce rapid global growth.
Written by WeSimSims · Last meaningfully updated August 30, 2026
How to use it
- 1Start with the single ball and watch its first wall contact.
- 2Use the counter to follow each growth milestone.
- 3Continue until the arena reaches its protected visual capacity.
What the model demonstrates
Every active ball moves and tests for boundary contact. A valid new wall impact spawns another ball, so the number of possible future spawning events rises with the population.
Controls that matter
- Playback
- Starts, pauses, or resets the active population.
- Counter
- Reports the current number and highlights meaningful growth milestones.
- Export
- Captures the transition from empty space to dense motion.
Experiments to try
- Estimate how long each doubling takes.
- Track one early ball after the population becomes crowded.
- Compare apparent growth speed at the start, midpoint, and end.
How to read an outcome
The first additions feel slow because only one or two objects can touch the wall. Later additions arrive rapidly because every clone contributes more opportunities.
Limitations and accessibility
The simulation imposes a capacity for browser performance and readability. It is not an unrestricted mathematical exponential process or a biological population model.
Animations may include rapid motion, flashes, synthesized sound, and dense particle effects. Pause playback, mute sound, or reduce graphics quality whenever needed.
Frequently asked questions
Does every collision create a ball?
Wall-impact events do; ball-to-ball overlap is handled separately.
Why is there a maximum?
The cap keeps rendering responsive and the result visible on ordinary devices.