The Wonder World of Complex Systems

Year 2022, Volume: 4 Issue: 4, 267 - 273, 31.12.2022

J. L. Echenausía-monroy J.r. Cuensta-garcía J. Pena Ramirez

https://doi.org/10.51537/chaos.1196851

Cited By: 2

Abstract

Complex systems pervade nature and form the core of many technological applications. An exciting feature of these systems is that they exhibit a wide range of temporal behaviors, ranging from collective motion, synchronization, pattern formation, and chaos, among others. This has not only caught the attention of scientists, but also the interest of a wider audience. Consequently, our goal in this work is to provide a simple but descriptive explanation of some concepts related to complex systems. Specifically, the reader embarks on a journey that begins in the 17th century with the discovery of synchronization by Dutch scientist Christiaan Huygens and ends in the chaotic world explored by meteorologist Edward Lorenz around 1963. The journey is filled with examples, including synchronized clocks and metronomes, electronic fireflies that flash harmoniously, and even a chaotic dress.

Keywords

Complex systems, Synchronization, Chaos, Emergent behavior, Collective behavior, Chaotic dynamics

Supporting Institution

CONACYT

Project Number

A1-S-26123

Thanks

This work was part of a museographic exhibition at "Caracol Museo de Ciencias" in Ensenada, Mexico. This work was supported by project "Análisis, control y sincronización de sistemas complejos con interconexiones dinámicas y acoplamientos flexibles" A1-S-26123, funded by CONACYT. J.L.E.M. thanks CONACYT for financial support (CVU-706850, project: A1-S-26123). J.L.E.M. also thanks J.P.R. for the opportunity to complete a postdoctoral fellowship at CICESE.

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