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Preliminaries from Nonlinear Dynamics and Statistical Physics
The Role of Spherical Electromagnetic Waves as Information Carriers
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algorithm allele amplitude asymptotic average behavior bifurcation bits broken symmetry calculate Cantor set channel capacity chaos chaotic cognitive communication complexity components compressibility consider control parameter corresponding coupling cross-correlation curve degrees of freedom deterministic differential equations dimensionality dissipative distribution dynamical system elements energy entropy equal equilibrium evolution example finite fluctuations frequency function genotype given gives hierarchical levels increases individual information dimension initial conditions integral interactions interval iterations level Q limit cycle linear logistic map Lorenz attractor Lyapounov exponents Markov chain matrix maximum mixed strategy molecules neuronal noise number of degrees observer one-dimensional orbit particle partner patterns payoff periodic perturbations phase photons player potential probability density radiation random regime result self-organizing sequence signal simulation solution space specific sphere spherical wave stochastic strange attractor strategy symbols thermodynamic thermodynamic equilibrium tion trajectory transition probabilities unstable variables vector zero