Correlation Inequalities for Quantum Spin Systems with Quenched Centered Disorder
arXiv:0906.5603 · doi:10.1063/1.3293753
Abstract
It is shown that random quantum spin systems with centered disorder satisfy correlation inequalities previously proved (arXiv:cond-mat/0612371) in the classical case. Consequences include monotone approach of pressure and ground state energy to the thermodynamic limit. Signs and bounds on the surface pressures for different boundary conditions are also derived for finite range potentials.
4 pages
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Cited by in corpus (12)
- Universal nature of replica symmetry breaking in quantum systems with Gaussian disorder
- General properties of overlap operators in disordered quantum spin systems
- Self-averaging of perturbation Hamiltonian density in perturbed spin systems
- Absence of replica symmetry breaking in the transverse and longitudinal random field Ising model
- Boundedness of Susceptibility in Spin Glass Transition of Transverse Field Mixed -spin Glass Models
- Correlation equalities and upper bounds for the transverse Ising model
- Gauge theory for mixed -spin glasses
- No replica symmetry breaking phase in random field Ginzburg-Landau model
- Progress in the mathematical theory of quantum disordered systems
- Absence of replica symmetry breaking in disordered FKG-Ising models under uniform field
- Gauge theory for quantum XYZ spin glasses
- The ground state energy per site of the quantum and classical Edwards-Anderson spin-glass model in the thermodynamic limit