Anisotropic massive strings in scalar-tensor theory of gravitation

Abstract

We present the model of anisotropic universe with string fluid as source of matter within the framework of scalar-tensor theory of gravitation. Exact solution of field equations are obtained by applying Berman's law of variation of Hubble's parameter which yields a constant value of DP. The nature of classical potential is examined for the model under consideration. It has been also found that the massive strings dominate in early universe and at long last disappear from universe. This is in agreement with current astronomical observations. The physical and dynamical properties of model are also discussed.

12 pages, 5 figurs

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• Exact Scalar-Tensor Cosmological Models
• Noncommutativity, Saez-Ballester theory and kinetic inflation
• Geodesic deviation in Saez--Ballester theory