Condensing non-Abelian (σσ̄,1)-loops in the extended Ising cage-net model drives a phase transition to the X-cube model on a truncated cubic lattice, splitting non-Abelian planons into sub-dimensional excitations.
Wang,Nonliquid cellular states: Gluing gauge-higher-symmetry-breaking versus gauge-higher-symmetry-extension interfacial defects,Phys
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Non-Abelian Particle-Loop, Fracton, and Planon Condensation in Cage-Net Models
Condensing non-Abelian (σσ̄,1)-loops in the extended Ising cage-net model drives a phase transition to the X-cube model on a truncated cubic lattice, splitting non-Abelian planons into sub-dimensional excitations.