Spin and chirality orderings of the one-dimensional Heisenberg spin glass with the long-range power-law interaction

Abstract

The ordering of the one-dimensional Heisenberg spin glass interacting via the long-range power-law interaction is studied by Monte Carlo simulations. Particular attention is paid to the possible occurrence of the ``spin-chirality decoupling'' for appropriate values of the power-law exponent σ. Our result suggests that, for intermediate values of $\sigma$, the chiral-glass order occurs at finite temperatures while the standard spin-glass order occurs only at zero temperature.

Proceedings of the Highly Frustrated Magnetism (HFM2006) conference. To appear in a special issue of J. Phys. Condens. Matter

References in corpus (7)

• Single spin- and chiral-glass transition in vector spin glasses in three-dimensions
• Monte Carlo studies of the one-dimensional Ising spin glass with power-law interactions
• Nature of the phase transition of the three-dimensional isotropic Heisenberg spin glass
• Aging Dynamics of the Heisenberg Spin Glass
• Dynamical AC study of the critical behavior in Heisenberg spin glasses
• Ordering of the Heisenberg spin glass in two dimensions
• Three Dimensional Heisenberg Spin Glass Models with and without Random Anisotropy

Cited by in corpus (2)

• One-dimensional infinite component vector spin glass with long-range interactions
• Spin-chirality decoupling in the one-dimensional Heisenberg spin glass with long-range power-law interactions