Non-Abelian SOAM coupling on spherical traps in f=1 spinor BECs produces tunable degenerate states with quantized mean angular momentum and supports meta-ferromagnetic, meta-polar, and Z2-symmetric vortex lattice phases.
In this case, the system supports various polar states with ⃗F(θ, φ) = 0, which exhibits novel intrinsic topological proper- ties
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Topological spinor vortex matter on spherical surface induced by non-Abelian spin-orbital-angular-momentum coupling
Non-Abelian SOAM coupling on spherical traps in f=1 spinor BECs produces tunable degenerate states with quantized mean angular momentum and supports meta-ferromagnetic, meta-polar, and Z2-symmetric vortex lattice phases.