Kaon Condensation in the Bound-State Approach to the Skyrme Model

A. D. Jackson; A. D. Jackson; C. Callan; C. Callan; C. H. Lee; D. B. Kaplan; D. Kaplan; E. Wust; G. E. Brown; G. E. Brown; G. E. Brown; G. E. Brown; H. D. Politzer; H. Forkel; H. Yabu; I. Klebanov; I. Klebanov; J. P. Blaizot; K. Westerberg; Karl M. Westerberg; M. Kugler; M. Lutz; M. Rho; N. N. Scoccola; N. S. Manton; N. Scoccola; V. Thorsson; V. Thorsson

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Kaon Condensation in the Bound-State Approach to the Skyrme Model

Authors: A. D. Jackson
A. D. Jackson
C. Callan
C. Callan
C. H. Lee
D. B. Kaplan
D. Kaplan
E. Wust
G. E. Brown
G. E. Brown
G. E. Brown
G. E. Brown
H. D. Politzer
H. Forkel
H. Yabu
I. Klebanov
I. Klebanov
J. P. Blaizot
K. Westerberg
Karl M. Westerberg
M. Kugler
M. Lutz
M. Rho
N. N. Scoccola
N. S. Manton
N. Scoccola
V. Thorsson
V. Thorsson
Publication date: 29 November 1994
Publisher: 'American Physical Society (APS)'
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Abstract

We explore kaon condensation using the bound-state approach to the Skyrme model on a 3-sphere. The condensation occurs when the energy required to produce a

K^-

falls below the electron fermi level. This happens at the baryon number density on the order of 3--4 times nuclear density.Comment: LaTeX format, 15 pages. 3 Postscript figures, compressed and uuencode

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