On the Bethe lattice the LLT percolation transition is mean-field while the Anderson transition is not, showing LLT reproduces some low-disorder features but fails to capture quantum critical properties.
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Nexus-CAT applies percolation theory via cluster analysis to simulation trajectories, revealing a percolation transition before crystallization in amorphous silicon.
Satellite data projected onto a Marxian simplex shows a 0.405 rad/yr transformation pulse, 38-46 year absorption times into built land, and percolation below random thresholds indicating planned rather than stochastic urban growth in PIK2.
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Geometry and localization: Probing Localization Landscape Theory on the Bethe Lattice
On the Bethe lattice the LLT percolation transition is mean-field while the Anderson transition is not, showing LLT reproduces some low-disorder features but fails to capture quantum critical properties.
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Nexus-CAT: A Computational Framework to Define Long-Range Structural Descriptors in Glassy Materials from Percolation Theory
Nexus-CAT applies percolation theory via cluster analysis to simulation trajectories, revealing a percolation transition before crystallization in amorphous silicon.