An N-layer Ising model in the infinite interlayer coupling limit reduces to a single layer with N times the coupling, which the authors argue stabilizes the charge-density wave and explains d-wave-like experimental signals in cuprates.
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Model for the commensurate charge-density waves in under-hole-doped cuprate superconductors
An N-layer Ising model in the infinite interlayer coupling limit reduces to a single layer with N times the coupling, which the authors argue stabilizes the charge-density wave and explains d-wave-like experimental signals in cuprates.