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Mathematical and Physical Concepts for Cooperative Systems
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activity aggregate approximation assume atomic behavior biological cells chemical coefficients coherence compound eyes configuration consider constant cooperative correlation corresponding coupling decision problem defined degrees of freedom density described diffusion dipoles discussed dissipation dissipative structures distribution function dynamical effects energy ensemble entropy equation error evolution example excitatory experimental ferromagnet field finite fixation fluctuations Fokker-Planck Fokker-Planck equation frequency given Haken heat increase instability interaction Julesz kinetic laser linear macroscopic magnetic mechanism membrane mode molecular molecules motion neural nonlinear nonlinear optics obtained order parameter oscillations particle phase space phase transition phenomena photon Phys physical population possible probability problem protein random region relaxation replication represents selection shown in Fig solution spatial stability stationary statistical statistical mechanics steady stereograms stereopsis strand stripe subsystems superconductors temperature tertiary structure theory thermal equilibrium thermodynamic threshold tion transport variables wave zero