The low-temperature phase in the two-dimensional long-range diluted XY model
arXiv:1905.06688 · doi:10.1103/PhysRevB.100.054203
Abstract
The critical behaviour of statistical models with long-range interactions exhibits distinct regimes as a function of , the power of the interaction strength decay. For large enough, , the critical behaviour is observed to coincide with that of the short-range model. However, there are controversial aspects regarding this picture, one of which is the value of the short-range threshold in the case of the long-range XY model in two dimensions. We study the 2d XY model on the {\it diluted} graph, a sparse graph obtained from the 2d lattice by rewiring links with probability decaying with the Euclidean distance of the lattice as , which is expected to feature the same critical behavior of the long range model. Through Monte Carlo sampling and finite-size analysis of the spontaneous magnetisation and of the Binder cumulant, we present numerical evidence that . According to such a result, one expects the model to belong to the Berezinskii-Kosterlitz-Thouless (BKT) universality class for , and to present a -order transition for .
arXiv comment28 pages, 9 figures
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