Anisotropic magnetic interactions in colloidal ice produce dynamical arrest in Brownian Dynamics simulations by locally raising potential barriers, blocking access to the checkerboard ground state even without lattice disorder.
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Anisotropic interactions induce dynamical arrest in artificial colloidal ice
Anisotropic magnetic interactions in colloidal ice produce dynamical arrest in Brownian Dynamics simulations by locally raising potential barriers, blocking access to the checkerboard ground state even without lattice disorder.