The free energy and the correlation functions are proved to be analytic functions of the inverse temperature β, the external magnetic field H, and the impurity probability p, provided the temperature is high enough and the spin‐spin interaction has finite range. In particular, this excludes spontaneous magnetization at high temperatures
A finite temperature perturbation theory for the Heisenberg model of ferromagnetism is pr...
We study the SK model at inverse temperature $\b>0$ and strictly positive field $h>0$ in the region ...
We develop a technique to compute the high-frequency asymptotics of spin correlators in weakly inter...
The problems of high-temperature spin dynamics have practical applications in the fields of nuclear...
We present a large deviations theory of the spin-spin correlation functions in the random field Isin...
Transfer-matrix methods are used to calculate spin-spin correlation functions (G), Helmholtz free en...
Long-range spin systems with random interactions are considered. A simple argument is presented show...
The spin susceptibility of nearly ferromagnetic Fermi systems, e.g., liquid <SUP>3</SUP>He, Pd, Ni<S...
The one-dimensional quantum spin-½ Heisenberg antiferromagnetic model with randomly distributed inte...
In this thesis classical disordered spin systems, in particular, the random field Ising model (RFIM)...
We develop a resummed high-temperature expansion for lattice spin systems with long range interactio...
We develop a resummed high-temperature expansion for lattice spin systems with long range interactio...
In traditional thermodynamics, temperature is a local quantity: a subsystem of a large thermal syste...
Some refinements to the values of magnetic critical points are proposed in order to improve the appl...
We evaluate the high temperature limit of the free energy of spin glasses on the hypercube with Hami...
A finite temperature perturbation theory for the Heisenberg model of ferromagnetism is pr...
We study the SK model at inverse temperature $\b>0$ and strictly positive field $h>0$ in the region ...
We develop a technique to compute the high-frequency asymptotics of spin correlators in weakly inter...
The problems of high-temperature spin dynamics have practical applications in the fields of nuclear...
We present a large deviations theory of the spin-spin correlation functions in the random field Isin...
Transfer-matrix methods are used to calculate spin-spin correlation functions (G), Helmholtz free en...
Long-range spin systems with random interactions are considered. A simple argument is presented show...
The spin susceptibility of nearly ferromagnetic Fermi systems, e.g., liquid <SUP>3</SUP>He, Pd, Ni<S...
The one-dimensional quantum spin-½ Heisenberg antiferromagnetic model with randomly distributed inte...
In this thesis classical disordered spin systems, in particular, the random field Ising model (RFIM)...
We develop a resummed high-temperature expansion for lattice spin systems with long range interactio...
We develop a resummed high-temperature expansion for lattice spin systems with long range interactio...
In traditional thermodynamics, temperature is a local quantity: a subsystem of a large thermal syste...
Some refinements to the values of magnetic critical points are proposed in order to improve the appl...
We evaluate the high temperature limit of the free energy of spin glasses on the hypercube with Hami...
A finite temperature perturbation theory for the Heisenberg model of ferromagnetism is pr...
We study the SK model at inverse temperature $\b>0$ and strictly positive field $h>0$ in the region ...
We develop a technique to compute the high-frequency asymptotics of spin correlators in weakly inter...
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