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Time series generated by complex systems like financial markets and the earth’s atmosphere often represent superstatistical random walks: on short time scales, the data follow a simple low-level model, but the model parameters are not constant and can fluctuate on longer time scales according to...
Organized behaviour in economics1, infrastructure2, ecology3, biology4, and human society5often involve large-scale networked systems, coupling together relatively simple dynamics to achieve complex behaviour. A critical part of the organized behaviour is the ability for a system to be resilient - th...
UniversityatAlbany,SUNY MacintoshPICTimageformat RockefellerCollegeofPublicAffairsandPolicy isnotsupportedUniversityatAlbany G.P.RichardsonJuly20061 LearninginandaboutComplexSystems Sterman(1994)RealWorld UnknownstructureDynamiccomplexity TimeDelaysImpossibleexperiments VirtualWorld Knownstructure VariableComplexity Selected ...
Time series generated by complex systems like financial markets and the earth’s atmosphere often represent superstatistical random walks: on short time scales, the data follow a simple low-level model, but the model parameters are not constant and can fluctuate on longer time scales according to...
patterns in water and air, cloud formation, and more.Thelen and Smith (1994; see alsoFogel & Thelen, 1987) recognized a remarkable parallel between complex physical systems and human behavioral development, and sought to formally apply the same concepts across these domains....
Spatiotemporal pattern formation occurs in a variety of nonequilibrium physical and chemical systems. Here we show that a microfluidic device designed to produce reverse micelles can generate complex, ordered patterns as it is continuously operated far from thermodynamic equilibrium. Flow in a microfluidi...
How intracellular and extracellular signals are integrated by transcription factors is essential for understanding complex cellular patterns at the population level. In this Letter, by using a synthetic genetic oscillator coupled to a quorum-sensing apparatus, we propose an experimentally feasible cis-regul...
However, in former studies most of the investigations of complex population dynamics were mainly concentrated on single populations instead of higher dimensional ecological systems. This paper reports a recent study on the complicated dynamics occurring in a class of discrete-time models of predator–...
Appeltant et al.41have proposed the use of a single dynamical node as a complex system by time-multiplexing. In this way, the dynamical node that is reused repeatedly can be treated as a time-domain complex system (i.e., network) composed of a number of virtual nodes with internode coup...