Doped planar quantum antiferromagnets with striped phases
arXiv:cond-mat/9511079 · doi:10.1103/PhysRevLett.76.2165
Abstract
We study the properties of the striped phases that have been proposed for the doped cuprate planar quantum antiferromagnets. We invoke an effective, spatially anisotropic, non-linear sigma model in two space dimensions. Our theoretical predictions are in {\it quantitative} agreement with recent experiments. We focus on (i) the staggered magnetization at and (ii) the Néel temperature, as functions of doping; these have been measured recently in La Sr Cu O with . Good agreement with experiment is obtained using parameters determined previously and independently for this system. These results support the proposal that the low doping (antiferromagnetic) phase of the cuprates has a striped configuration.
4 pages, RevteX, 2 figures, new references added, minor changes in wording and corrections of some formulas
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