Abstract
It is known that perturbation theory for anyons has to be modified near Bose statistics in order to get correct finite results. For ``distance dependent statistics`` or anyons with smeared flux tubes, perturbation theory is in principle applicable directly but gives results which hold for too small values of the statistical parameter and, in particular, are not valid as the flux tube radius tends to zero. In this paper we discuss the way to modify perturbation theory for this situation, which allows to obtain the appropriate results. (author). 6 refs.
Citation Formats
Mashkevich, S V.
On perturbation theory for distance dependent statistics..
Ukraine: N. p.,
1994.
Web.
Mashkevich, S V.
On perturbation theory for distance dependent statistics..
Ukraine.
Mashkevich, S V.
1994.
"On perturbation theory for distance dependent statistics."
Ukraine.
@misc{etde_58900,
title = {On perturbation theory for distance dependent statistics.}
author = {Mashkevich, S V}
abstractNote = {It is known that perturbation theory for anyons has to be modified near Bose statistics in order to get correct finite results. For ``distance dependent statistics`` or anyons with smeared flux tubes, perturbation theory is in principle applicable directly but gives results which hold for too small values of the statistical parameter and, in particular, are not valid as the flux tube radius tends to zero. In this paper we discuss the way to modify perturbation theory for this situation, which allows to obtain the appropriate results. (author). 6 refs.}
place = {Ukraine}
year = {1994}
month = {Dec}
}
title = {On perturbation theory for distance dependent statistics.}
author = {Mashkevich, S V}
abstractNote = {It is known that perturbation theory for anyons has to be modified near Bose statistics in order to get correct finite results. For ``distance dependent statistics`` or anyons with smeared flux tubes, perturbation theory is in principle applicable directly but gives results which hold for too small values of the statistical parameter and, in particular, are not valid as the flux tube radius tends to zero. In this paper we discuss the way to modify perturbation theory for this situation, which allows to obtain the appropriate results. (author). 6 refs.}
place = {Ukraine}
year = {1994}
month = {Dec}
}