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Here we use the complex Ginzburg-Landau equation to model the spontaneous formation of an spin glass of quantum vortices. Multiple localized vortices arise from the background noise, moving around until they lock into an irregular lattice: a glass. Small defects smooth out by pair annihilation until the glass completely freezes due to vortex-vortex repulsion. The domain is a periodic square of size 400x400 and we have used timestep dt=2.5e-2 for integration. Ginzburg-Landau parameters are chosen
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Ordinary Least Squares (OLS) is a regression method that estimates the best-fitting line by minimizing the sum of the squared residuals, where a residual is the difference between an observed value and the value predicted by the model. OLS gives every observation the same importance when fitting the regression. It works especially well when the error terms have constant variance, a condition known as homoskedasticity. If the errors have different variances across observations, called heteroskeda
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