Curvature energy effects on strange quark matter nucleation at finite
  density

A. Bodmer; A. Burrows; A. V. Olinto; A. V. Olinto; B. C. Parija; C. Alcock; C. Alcock; D. N. Schramm; E. Farhi; E. M. Lifshitz; E. Witten; F. D. Mackie; H. Heiselberg; I. Mardor; J. E. Horvath; J. E. Horvath; J. E. Horvath; J. Madsen; M. L. Olesen; M. S. Berger; O. G. Benvenuto; R. L. Jaffe; W. Slomiński

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Curvature energy effects on strange quark matter nucleation at finite density

Authors: A. Bodmer
A. Burrows
A. V. Olinto
A. V. Olinto
B. C. Parija
C. Alcock
C. Alcock
D. N. Schramm
E. Farhi
E. M. Lifshitz
E. Witten
F. D. Mackie
H. Heiselberg
I. Mardor
J. E. Horvath
J. E. Horvath
J. E. Horvath
J. Madsen
M. L. Olesen
M. S. Berger
O. G. Benvenuto
R. L. Jaffe
W. Slomiński
Publication date: 11 April 1994
Publisher: 'American Physical Society (APS)'
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Abstract

We consider the effects of the curvature energy term on thermal strange quark matter nucleation in dense neutron matter. Lower bounds on the temperature at which this process can take place are given and compared to those without the curvature term.Comment: PlainTex, 6 pp., IAG-USP Rep.5

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