Chaos Theory and Applications：The Physical Evidence, Mechanism are Important in Chaotic Systems
Jun Ma
Abstract
This editorial is presented for readers and researchers in the field of nonlinear dynamics, including dynamical control, synchronization stability and control, fractional order approach, boundary condition, memristive system, functional neural circuit, Hamilton energy and Lyapunov function. These short comments and clarifications are helpful to explain the motive of scientific research, physical principle and potential application of nonlinear circuits, statistical analysis and schemes, and thus the report and papers may become readable and instructive.
Topics & Concepts
Mechanism (biology)ChaoticCHAOS (operating system)Synchronization of chaosComputer scienceChaotic systemsStatistical physicsChaos theoryDistributed computingControl theory (sociology)PhysicsArtificial intelligenceEpistemologyComputer securityPhilosophyControl (management)Neural Networks and Applications