We develop a (formal) quantization of the solitons of chiral SU(N) non-linear sigma models (skyrmions) in terms of euclidean-region functional integrals. Our method permits us to determine baryon number, spin and statistics of skyrmions directly from their euclidean correlation functions
The semiclassical SU(3) Skyrme model is traditionally considered as describing a rigid quantum rotat...
reference added latex sigma.tex, 1 file, 5 pages [SPhT-T00/177]We show that the ground states of spi...
Possible topological solitons (skyrmions) of four-dimensional supersymmetric nonlinear σ-models are...
The Skyrme model [1] has been extended to describe classical solitons with baryon number B> 1 by ...
The authors consider the quantization of chiral solitons with baryon number B > 1. Classical soli...
We discuss the 16-spinor field realization of the Skyrme–Faddeev chiral model of baryons and leptons...
We discuss the 16-spinor field realization of the Skyrme–Faddeev chiral model of baryons and leptons...
In this thesis we examine some quantum mechanical and quantum field theoretic aspects of topological...
There are two known approaches for quantizing the SU(2) Skyrme model, the semiclassical and canonica...
In this paper the SU(N) Einstein-Skyrme system is considered. We express the chiral field [which is ...
Exploiting the SU(2) Skyrmion Lagrangian with second-class constraints associated with Lagrange mult...
The Skyrmion is a localized, persistent excitation of the Skyrme model, a field theory of three inde...
We discuss the possibility of unification of Skyrme and Faddeev approaches for the description of ba...
We discuss the possibility of unification of Skyrme and Faddeev approaches for the description of ba...
The geometrical construction of rational maps using a cubic grid has led to many new Skyrmion soluti...
The semiclassical SU(3) Skyrme model is traditionally considered as describing a rigid quantum rotat...
reference added latex sigma.tex, 1 file, 5 pages [SPhT-T00/177]We show that the ground states of spi...
Possible topological solitons (skyrmions) of four-dimensional supersymmetric nonlinear σ-models are...
The Skyrme model [1] has been extended to describe classical solitons with baryon number B> 1 by ...
The authors consider the quantization of chiral solitons with baryon number B > 1. Classical soli...
We discuss the 16-spinor field realization of the Skyrme–Faddeev chiral model of baryons and leptons...
We discuss the 16-spinor field realization of the Skyrme–Faddeev chiral model of baryons and leptons...
In this thesis we examine some quantum mechanical and quantum field theoretic aspects of topological...
There are two known approaches for quantizing the SU(2) Skyrme model, the semiclassical and canonica...
In this paper the SU(N) Einstein-Skyrme system is considered. We express the chiral field [which is ...
Exploiting the SU(2) Skyrmion Lagrangian with second-class constraints associated with Lagrange mult...
The Skyrmion is a localized, persistent excitation of the Skyrme model, a field theory of three inde...
We discuss the possibility of unification of Skyrme and Faddeev approaches for the description of ba...
We discuss the possibility of unification of Skyrme and Faddeev approaches for the description of ba...
The geometrical construction of rational maps using a cubic grid has led to many new Skyrmion soluti...
The semiclassical SU(3) Skyrme model is traditionally considered as describing a rigid quantum rotat...
reference added latex sigma.tex, 1 file, 5 pages [SPhT-T00/177]We show that the ground states of spi...
Possible topological solitons (skyrmions) of four-dimensional supersymmetric nonlinear σ-models are...
DOI
Add to ORKG