@fieldsolver: 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 to be a=1.5 and b = -0.63. #physics #mathematics #numericalmethods #visualization #simulation #complex #complexnumbers #vortex #quanta #glass

FieldSolver

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Sunday 21 June 2026 22:31:28 GMT

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Comments

Matt Ragoza :

crazy it forms voronoi cells

2026-06-21 22:43:32

callisto :

They look like plant cells

2026-06-22 00:13:56

benbraun948 :

Very cool - similar patterns arise for magnetic domains. I guess here are no long range forces?

2026-06-22 10:38:49

°oO :

seems like skin growing in an affected part of body

2026-08-08 05:39:42

yyaonix :

voronoi diagram similarities

2026-07-07 21:42:26

luna ||the-møøn// witch :

voronoise my beloved

2026-06-22 20:38:03

Harijanto2026 :

👍👍👍👍👍👍

2026-06-21 22:43:17

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