Exact Wavefunctions for non-Abelian Chern-Simons Particles

A. L. Fetter; A. P. Balachandran; B. Blok; B. Roy; C. Chou; C. Chou; C. Chou; C. R. Hagen; D. P. Arovas; D. Sen; D. Sen; E. Guadagnini; E. Verlinde; E. Witten; F. A. Bais; F. A. Bais; F. Illuminati; F. Illuminati; F. Wilczek; F. Wilczek; F. Wilczek; G. A. Goldin; G. Dunne; G. Moore; H.-K. Lo; Hoi-Kwong Lo; J. Preskill; K. H. Cho; K. H. Cho; M. Bucher; M. D. Johnson; M. G. Alford; M. G. Alford; M. Leinaas; M. Sporre; M. Sporre; M. V. N. Murthy; R. Chitra; S. Elitzur; T. Awaji; T. Kohno; T. Kohno; V. G. Knizhnik; Y. S. Wu; Y.-H. Chen

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Exact Wavefunctions for non-Abelian Chern-Simons Particles

Authors: A. L. Fetter
A. P. Balachandran
B. Blok
B. Roy
C. Chou
C. Chou
C. Chou
C. R. Hagen
D. P. Arovas
D. Sen
D. Sen
E. Guadagnini
E. Verlinde
E. Witten
F. A. Bais
F. A. Bais
F. Illuminati
F. Illuminati
F. Wilczek
F. Wilczek
F. Wilczek
G. A. Goldin
G. Dunne
G. Moore
H.-K. Lo
Hoi-Kwong Lo
J. Preskill
K. H. Cho
K. H. Cho
M. Bucher
M. D. Johnson
M. G. Alford
M. G. Alford
M. Leinaas
M. Sporre
M. Sporre
M. V. N. Murthy
R. Chitra
S. Elitzur
T. Awaji
T. Kohno
T. Kohno
V. G. Knizhnik
Y. S. Wu
Y.-H. Chen
Publication date: 1 January 1993
Publisher: 'American Physical Society (APS)'
Doi

Abstract

Exact wavefunctions for N non-Abelian Chern-Simons (NACS) particles are obtained by the ladder operator approach. The same method has previously been applied to construct exact wavefunctions for multi-anyon systems. The two distinct base states of the NACS particles that we use are multi-valued and are defined in terms of path ordered line integrals. Only strings of operators that preserve the monodromy properties of these base states are allowed to act on them to generate new states.Comment: 19 pages, CALT-68-187

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