Phase diagram of S=1/2 two-leg XXZ spin ladder systems

Abstract

We investigate the ground state phase diagram of the S=1/2 two-leg $XXZ$ spin ladder system with an isotropic interchain coupling. In this model, there is the Berezinskii-Kosterlitz-Thouless transition which occurs at the XY-Haldane and the XY-rung singlet phase boundaries. It was difficult to determine the transition line using traditional methods. We overcome this difficulty using the level spectroscopy method combined with the twisted boundary condition method, and we check the consistency. We find out that the phase boundary between XY phase and Haldane phase lies on the $\Delta =0$ line. And we show that there exist two different XY phases, which we can distinguish investigating a $XX$ correlation function.

References in corpus (1)

• Magnetic field induced phase transitions in spin ladders with ferromagnetic legs

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