Properties of the chiral spin liquid state in generalized spin ladders

Abstract

We study zero temperature properties of a system of two coupled quantum spin chains subject to fields explicitly breaking time reversal symmetry and parity. Suitable choice of the strength of these fields gives a model soluble by Bethe Ansatz methods which allows to determine the complete magnetic phase diagram of the system and the asymptotics of correlation functions from the finite size spectrum. The chiral properties of the system for both the integrable and the nonintegrable case are studied using numerical techniques.

19 pages, 9eps figures, Latex

References in corpus (3)

• Integrable models of coupled Heisenberg chains
• Magnetic and Critical Properties of Alternating Spin Chain with S=1/2,1 in Magnetic Fields
• Ground State Structure and Low Temperature Behaviour of an Integrable Chain with Alternating Spins

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