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Systems science / Knowledge / Systems / Superorganisms / Evolution / Francis Heylighen / Attractor / Self-organization / Metasystem transition / Science / Systems theory / Cybernetics


Heylighen F[removed]): "Modelling Emergence", World Futures: the Journal of General Evolution 31 (Special Issue on Emergence, edited by G. Kampis), p[removed]Modelling Emergence Francis HEYLIGHEN * PESP, Free University o
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Document Date: 2014-05-02 12:27:36


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City

Brussels / /

Country

Belgium / United States / /

Facility

Free University of Brussels / /

IndustryTerm

possible distinction systems / self-modifying systems / outside systems / interaction products / well-defined search space / food source / chemical substance / computable systems / control systems / distinct systems / biological systems / higher-order systems / distinction systems / chemical substances / thermodynamic systems / chemical reaction / chemicals / dynamical systems / chemical reactions new substances / food / /

Organization

Free University of Brussels / e.g. / Belgian National Fund for Scientific Research / /

Position

Newtonian researcher / Senior Research Assistant / General / Newtonian scientist / /

Technology

sublimation / thermodynamics / crystallization / simulation / genotype / recombination / /

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