Attractor Theory

Attractor Theory suggests that certain patterns or states in complex systems tend to be stable or recurring over time. In dynamical systems, an "attractor" is a set of conditions or behaviors that the system naturally moves toward and remains near, despite small disturbances. Examples include the stable climate of a planet or the steady rhythm of a heartbeat. The theory helps explain how systems—like ecosystems, markets, or neural networks—maintain stability or evolve toward specific outcomes, highlighting the underlying forces guiding their long-term behavior amidst constant change.