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Collective motion is defined as the spontaneous emergence of ordered movement in a system consisting of many self-propelled agents. It can be observed in everyday life, for example in flocks of birds, schools of fish, herds of animals and also in crowds and car traffic. It also appears at the microscopic level: in colonies of bacteria, motility assays and artificial self-propelled particles. The scientific community is trying to understand the universality of this phenomenon. In particular it is intensively investigated in statistical physics and in the field of active matter. Experiments on animals, biological and synthesized self-propelled particles, simulations and theories are conducted in parallel to study these phenomena. One of the most famous models that describes such behavior is

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  • Movimiento colectivo (es)
  • Collective motion (en)
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  • Collective motion is defined as the spontaneous emergence of ordered movement in a system consisting of many self-propelled agents. It can be observed in everyday life, for example in flocks of birds, schools of fish, herds of animals and also in crowds and car traffic. It also appears at the microscopic level: in colonies of bacteria, motility assays and artificial self-propelled particles. The scientific community is trying to understand the universality of this phenomenon. In particular it is intensively investigated in statistical physics and in the field of active matter. Experiments on animals, biological and synthesized self-propelled particles, simulations and theories are conducted in parallel to study these phenomena. One of the most famous models that describes such behavior is (en)
  • El movimiento colectivo se define como la aparición espontánea de movimiento organizado en un sistema compuesto por un gran número de agentes autopropulsados. Se puede observar en la vida cotidiana, por ejemplo en las bandadas de aves, en los bancos de peces, los rebaños de animales y también en las multitudes y el tráfico de automóviles. También aparece en el nivel microscópico: en las colonias de las bacterias, los ensayos de la motilidad y partículas autopropulsadas artificiales.​​​ La comunidad científica está tratando de entender la universalidad de este fenómeno. En particular, es investigado intensamente en física estadística y más precisamente en el campo de la materia activa. Los experimentos en animales,​ biológicos y sintetizado autopropulsados partículas, simulaciones​ y teoría (es)
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  • Collective motion is defined as the spontaneous emergence of ordered movement in a system consisting of many self-propelled agents. It can be observed in everyday life, for example in flocks of birds, schools of fish, herds of animals and also in crowds and car traffic. It also appears at the microscopic level: in colonies of bacteria, motility assays and artificial self-propelled particles. The scientific community is trying to understand the universality of this phenomenon. In particular it is intensively investigated in statistical physics and in the field of active matter. Experiments on animals, biological and synthesized self-propelled particles, simulations and theories are conducted in parallel to study these phenomena. One of the most famous models that describes such behavior is the Vicsek model introduced by Tamás Vicsek et al. in 1995. (en)
  • El movimiento colectivo se define como la aparición espontánea de movimiento organizado en un sistema compuesto por un gran número de agentes autopropulsados. Se puede observar en la vida cotidiana, por ejemplo en las bandadas de aves, en los bancos de peces, los rebaños de animales y también en las multitudes y el tráfico de automóviles. También aparece en el nivel microscópico: en las colonias de las bacterias, los ensayos de la motilidad y partículas autopropulsadas artificiales.​​​ La comunidad científica está tratando de entender la universalidad de este fenómeno. En particular, es investigado intensamente en física estadística y más precisamente en el campo de la materia activa. Los experimentos en animales,​ biológicos y sintetizado autopropulsados partículas, simulaciones​ y teorías​​ se llevan a cabo en paralelo para el estudio de estos fenómenos. Uno de los más famosos modelos que intentan presentan este tipo de comportamiento es el modelo de Vicsek introducido por Tamás Vicsek et al. en el año 1995.​ (es)
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