Abstract
The large colour number (N{sub C}) limit of QCD, where baryons are considered to be solitons of non-linear meson theories is discussed. The application of the 1/N{sub C} expansion in baryon phenomenology is sketched, with special emphasis on its consistency with the semi-classical approximation. It is finally argued that for the purpose of this consistency, the large N{sub C} effective QCD Lagrangian should include the physics of low-lying meson resonances, especially vector and scalar mesons. (author) 17 refs.
Kalafatis, D
[1]
- Paris-11 Univ., 91 - Orsay (France). Inst. de Physique Nucleaire
Citation Formats
Kalafatis, D.
Large N{sub c} QCD solitons and their interactions.
France: N. p.,
1992.
Web.
Kalafatis, D.
Large N{sub c} QCD solitons and their interactions.
France.
Kalafatis, D.
1992.
"Large N{sub c} QCD solitons and their interactions."
France.
@misc{etde_10109857,
title = {Large N{sub c} QCD solitons and their interactions}
author = {Kalafatis, D}
abstractNote = {The large colour number (N{sub C}) limit of QCD, where baryons are considered to be solitons of non-linear meson theories is discussed. The application of the 1/N{sub C} expansion in baryon phenomenology is sketched, with special emphasis on its consistency with the semi-classical approximation. It is finally argued that for the purpose of this consistency, the large N{sub C} effective QCD Lagrangian should include the physics of low-lying meson resonances, especially vector and scalar mesons. (author) 17 refs.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Large N{sub c} QCD solitons and their interactions}
author = {Kalafatis, D}
abstractNote = {The large colour number (N{sub C}) limit of QCD, where baryons are considered to be solitons of non-linear meson theories is discussed. The application of the 1/N{sub C} expansion in baryon phenomenology is sketched, with special emphasis on its consistency with the semi-classical approximation. It is finally argued that for the purpose of this consistency, the large N{sub C} effective QCD Lagrangian should include the physics of low-lying meson resonances, especially vector and scalar mesons. (author) 17 refs.}
place = {France}
year = {1992}
month = {Dec}
}