Topological edge modes in k-periodic lattices are characterized by eigenvalues of the leading principal submatrix of the symbol function, enabling analysis of protected interface states in damped and disordered multi-band systems.
Solitons in polyacetylene
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A gate-based adiabatic quantum simulation framework for the SSHH model, validated by classical circuit simulations, shows topological signatures remain robust to weak Hubbard interactions but collapse beyond a symmetry-breaking threshold, with polynomial resource scaling.
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Topologically protected interface modes in multi-band damped lattice models
Topological edge modes in k-periodic lattices are characterized by eigenvalues of the leading principal submatrix of the symbol function, enabling analysis of protected interface states in damped and disordered multi-band systems.