Location
Cocoa Beach
Start Date
28-4-2007 8:00 AM
Description
This paper investigates the Chaos phenomena in nonlinear psychical systems described by differential equations. A prototypical system is the Duffing oscillator, described by the nonlinear second order differential equation which presents a mathematical model of the motion performed by a plane pendulum under a periodic external force. By using numerical and phase space analysis, the transition from periodic to chaotic behavior (and vice versa) is analyzed.
Technical Paper Session II - Universal Law for the Transition from Chaos to Periodicity in Nonlinear Physical Systems
Cocoa Beach
This paper investigates the Chaos phenomena in nonlinear psychical systems described by differential equations. A prototypical system is the Duffing oscillator, described by the nonlinear second order differential equation which presents a mathematical model of the motion performed by a plane pendulum under a periodic external force. By using numerical and phase space analysis, the transition from periodic to chaotic behavior (and vice versa) is analyzed.
