Linked from

The 10 pages that link to Nonlinear dynamics, each with the reason it gives.

• Self-organizationNarrower topic: Nonlinear responses let small local interactions produce system-wide changes.

• Ecological thresholdNarrower topic: Nonlinear responses allow small pressure increases to produce disproportionately large ecological effects.

• Simple pendulumNarrower topic: At large swing angles, the pendulum’s exact motion is nonlinear and its period depends on amplitude.

• Nonequilibrium thermodynamicsRelated: Strong driving can invalidate linear constitutive laws and produce instabilities or multiple states.

• Dynamical systems theoryRelated: It focuses on nonlinear behavior, a major but not exclusive part of the field.

• Soil chemistryRelated: Thresholds and interacting reactions can make soil responses difficult to extrapolate.

• Mary CartwrightNarrower topic: Her work helped establish the mathematical study of complex behavior in nonlinear systems.

• Feigenbaum constantsNarrower topic: The constants provide a shared quantitative result across nonlinear dynamical models.

• Ilya PrigogineRelated: Nonlinear dynamics helps explain transitions to organized states far from equilibrium.

• Beam dynamics (accelerator physics)Compared with: Nonlinear fields create amplitude-dependent tunes, resonances, and chaotic beam motion.