Noise-induced order is a phenomenon observed in certain systems, particularly in the context of statistical mechanics and complex systems, where the presence of noise (random fluctuations) can lead to the emergence of ordered states or structures that would not be present in the absence of noise. While noise is generally thought to disrupt order and coherence, under specific conditions, it can actually promote the formation of organized patterns or collective behaviors. This counterintuitive effect can be explained in several ways, depending on the context.
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