Numerical simulations show that the K=1 Fredrickson-Andersen kinetic model on 2D and 3D lattices exhibits a site-percolation universality collapse transition and a ground-state crystal-to-glass transition driven by kinetically frozen defects.
Ground states of two-dimensional Ising spin glasses: Fast algo- rithms, recent developments and a ferromagnet-spin glass mixture,
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Thermodynamic phase transitions in lattice spin systems with severe kinetic constraints: Numerical simulation results
Numerical simulations show that the K=1 Fredrickson-Andersen kinetic model on 2D and 3D lattices exhibits a site-percolation universality collapse transition and a ground-state crystal-to-glass transition driven by kinetically frozen defects.