However, the plot of the attractor will look very much the same. Thus, chaos theory, which many think is about unpredictability, is at the same time about predictability in even the most unstable systems. First and foremost, chaos theory is a theory. As such, much of it is of use more as scientific background than as direct applicable knowledge. Chaos theory is great as a way of looking at events which happen in the world differently from the more traditional strictly deterministic view which has dominated science from Newtonian times.
Chaos theory provides a sound framework with which to develop scientific knowledge.
However, this is not to say that chaos theory has no applications in real life. Chaos theory techniques have been used to model biological systems, which are of course some of the most chaotic systems imaginable. Systems of dynamic equations have been used to model everything from population growth to epidemics to arrhythmic heart palpitations. Fractals have cropped up everywhere, most notably in graphic applications like the highly successful Fractal Design Painter series of products. The movie special effects industry would have much less realistic clouds, rocks, and shadows without fractal graphic technology.