The generalized Trotter formula is used to derive two different classical representations of the partition function of a one-dimensional fermion model. Short-chain calculations are used to study the corresponding approximants for the energy and specific heat. A Monte Carlo technique has been used to calculate the temperature-dependent properties of a chain of 64 sites
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
In this article we review recent developments in computational methods for quantum statistical latti...
In this article we review recent developments in computational methods for quantum statistical latti...
The generalized Trotter formula is used to derive two different classical representations of the par...
The generalized Trotter formula is used to derive two different classical representations of the par...
The generalized Trotter formula is used to derive two different classical representations of the par...
The generalized Trotter formula is used to derive two different classical representations of the par...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
In this article we review recent developments in computational methods for quantum statistical latti...
In this article we review recent developments in computational methods for quantum statistical latti...
The generalized Trotter formula is used to derive two different classical representations of the par...
The generalized Trotter formula is used to derive two different classical representations of the par...
The generalized Trotter formula is used to derive two different classical representations of the par...
The generalized Trotter formula is used to derive two different classical representations of the par...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
Starting from a genuine discrete version of the Feynman path-integral representation for the partiti...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
The generalized Trotter formula is used to map the two-dimensional spin-1/2 XY model onto a three-di...
In this article we review recent developments in computational methods for quantum statistical latti...
In this article we review recent developments in computational methods for quantum statistical latti...