We compute the partition function of an anyon-like harmonic oscillator. The well known results for both the bosonic and fermionic oscillators are then re-obtained as particular cases of our function. The technique we employ is a non-relativistic version of the Green function method used in the computation of one-loop effective actions of quantum field theory
An anyon wavefunction (characterized by the statistical factor n) projected onto the lowest Landau l...
We study a system of anyons with the statistics parameter θ=π/p, where p is a large integer. We use ...
The general structure of the partition function of an anyon gas is discussed, especially in relation...
The semiclassical two-anyon partition function is shown to give the exact answer for the quantum sec...
We present a method by which a quantum-mechanical partition function can be approximated from below ...
The Hamiltonian of three anyons in a harmonic-oscillator potential is diagonalized using a set of ha...
For the many-anyon system in external field, we solve the quantum eigenvalue problem with particular...
The ground-state energy and wave function of many anyons in a harmonic oscillator potential is studi...
We present a ‘‘numerically exact’’ method to obtain the partition function of one-dimensional quantu...
We present here a non-perturbative cumulant expansion method for computing the grand partition funct...
[[abstract]]Starting from the quantum field theory of nonrelativistic matter on a torus interacting ...
We use an approximation procedure to find the partition function of a gas composed by anharmonic osc...
Partition functions for noninteracting particles are known to be symmetric functions. It is shown th...
SIGLETIB: RN 7879 (8505) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Informationsb...
Bosonic end perturbative calculations for quantum mechanical anyon systems require a regularization....
An anyon wavefunction (characterized by the statistical factor n) projected onto the lowest Landau l...
We study a system of anyons with the statistics parameter θ=π/p, where p is a large integer. We use ...
The general structure of the partition function of an anyon gas is discussed, especially in relation...
The semiclassical two-anyon partition function is shown to give the exact answer for the quantum sec...
We present a method by which a quantum-mechanical partition function can be approximated from below ...
The Hamiltonian of three anyons in a harmonic-oscillator potential is diagonalized using a set of ha...
For the many-anyon system in external field, we solve the quantum eigenvalue problem with particular...
The ground-state energy and wave function of many anyons in a harmonic oscillator potential is studi...
We present a ‘‘numerically exact’’ method to obtain the partition function of one-dimensional quantu...
We present here a non-perturbative cumulant expansion method for computing the grand partition funct...
[[abstract]]Starting from the quantum field theory of nonrelativistic matter on a torus interacting ...
We use an approximation procedure to find the partition function of a gas composed by anharmonic osc...
Partition functions for noninteracting particles are known to be symmetric functions. It is shown th...
SIGLETIB: RN 7879 (8505) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Informationsb...
Bosonic end perturbative calculations for quantum mechanical anyon systems require a regularization....
An anyon wavefunction (characterized by the statistical factor n) projected onto the lowest Landau l...
We study a system of anyons with the statistics parameter θ=π/p, where p is a large integer. We use ...
The general structure of the partition function of an anyon gas is discussed, especially in relation...