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Labyrinthine patterns transitions
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DOI：10.1103/PhysRevResearch.2.042036.png)
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Abstract
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Macroscopic systems with injection and dissipation of energy exhibit intricate dissipative structures. Labyrinthine patterns are disordered spatial structures arising into homogeneous media that show a short-range order. Here, we investigate the stability properties, classification, and transitions of labyrinthine patterns. Based on a prototype pattern forming model, we characterize the existence of three types of labyrinthine patterns-fingerprint type, glassy, and scurfy-and reveal the bifurcation diagram. The defects density, free energy, structure factor, and correlation length are used as order parameters.
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