New Research on Chaos and Complexity
This book presents leading-edge research on artificial life, cellular automata, chaos theory, cognition, complexity theory, synchronisation, fractals, genetic algorithms, information systems, metaphors, neural networks, non-linear dynamics, parallel computation and synergetics. The unifying feature of this research is the tie to chaos and complexity.
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Acceleration and Entropy A Macroscopic Analogue of the Twin Paradox
William James on Consciousness Revisited
The Structural Equations Technique for Testing Hypotheses in Nonlinear Dynamics Catastrophes Chaos and Related Dynamics
Synchronization of Oscillators in Complex Networks
2006 Nova Science action analysis attractor average distance awareness behavior bifurcation brain catastrophe model chaos chaotic Circular causality cognitive compatible complete graph complex components connected consciousness consistent correlations cortex coupling CTML cusp cycle defined document or piece dynamical systems eigenratio eigenvalues enhanced entropy environmental equation evolution example exponential Freeman WJ function graph theory Guastello H-function hippocampus human individuals intentionality interpretation limbic system linear causality Lyapunov exponent matrix means meant microscopic multiple neural activity neurons nodes Nonlinear Dynamics nonlinear regression Nova Science Publishers number of edges operator organization Orsucci oscillators parameter particles patterns Physical Review Prigogine pristine Psychology representation result Scale-Free Networks self-organized semirandom networks sensory cortices set of documents SFNs smallworld specific statistical stimulus structure sustainability synchronization term Tonfoni tourists transcritical bifurcation transformation transition twin effect twin paradox values variables velocity inversion velocity rotation visual