作者: G. B. Martins , C. Gazza , J. C. Xavier , A. Feiguin , E. Dagotto
DOI: 10.1103/PHYSREVLETT.84.5844
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摘要: The extended and standard t-J models are computationally studied on ladders planes, with emphasis the small J/t region. At couplings compatible photoemission results for undoped cuprates, half-doped stripes separating pi-shifted antiferromagnetic (AF) domains found, as in Tranquada's interpretation of neutron experiments. Our main result is that elementary stripe "building block" resembles properties one hole at J/t, robust AF correlations across induced by local tendency charge to separate from spin. This suggests seed already exists unusual insulating parent compound.