Boson-fermion and baryon mapping: Construction of collective subspaces.
3. Application of the baryon mapping to many-baryon states

Author:
Jutta Meyer

Files:
jmeyer.iii.application.pdf (PrePrint)

Date: 19911010

Article: published in J. Math. Phys. 33 (10), October 1992

Classification:
PACS96: 03.65.Fd Algebraic methods
PACS96: 12.40.-y Other models for strong interactions
PACS96: 21.60.-n Nuclear-structure models and methods

Abstract:
The theory developed in Part I of this series is applied to the general case of
a system consisting of colourfree quark triplets, whose quantum numbers are
chosen as collective trifermion indices. The appropiate mapping technique to be
used here is the baryon mapping. It is demonstrated that the original
multiquark states can be exactly represented by states of colourfree ideal
baryons. Besides, collective extended images are derived for a class of 
fermionic operators leaving the collective fermion space invariant.

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Metadata by Thomas Severiens on 3 December 1998
Supporting work done by Sandra Valeska Bergmann.