Plane Symmetric Space Time with Mesonic Cosmic Strings in Bimetric Relativity
Journal Title: JOURNAL OF ADVANCES IN MATHEMATICS - Year 2014, Vol 9, Issue 1
Abstract
In this paper, plane symmetric space-time is studied with cosmic strings coupled with massive scalar field in the context of Rosen™s Bimetric Theory of Relativity. Here it is shown that only vacuum model can be constructed.
Authors and Affiliations
S. D. Deo, A. A. Qureshi
Keywords
Related Articles
- EP ID EP651398
- DOI 10.24297/jam.v9i1.2530
- Views 160
- Downloads 0
Some Geometrical Calculations for the Spherical Indicatrices of Involutes of a Timelike Curve in Minkowski 3-Space
In this paper, we introduce the spherical indicatrices of involutes of a given timelike curve. Then we give some important relationships between arc lengths and geodesic curvatures of the base curve and its involutes on...
On ma- Separation Axiom In Biminimal Space
This paper deals with the extension and development of some of the concepts of the separation axiom in topological space into biminimal spaces. In Addition, to give new results and theorems, supported by illustrative exa...
Uniqueness for Entropy Solutions to fully Nonlinear Equations
Let X be a metric space, the space of measurable funtions, be a domain whith boundary and a(x; ) be an operator of Leray-Lions type. If andare nondecreasing continuous function on R such...
Thermal stresses in an infinite body with spherical cavity due to an arbitrary heat flux on its internal boundary surface
In this paper we consider an elastic infinite body with a spherical cavity subjected to a arbitrary heat flux on its internal boundary which is assumed to be traction free. The displacement and thermal stresses are obtai...
BEST CO-APPROXIMATIONANDBESTSIMULTANEOUS CO-APPROXIMATION ININTUITIONISTIC FUZZY NORMED LINEARSPACES
The main purpose of this paper is to study the t-best co-approximation and t-best simultaneous co-approximation in intuitionistic fuzzy normed spaces. We develop the theory of t-best co-approximation and t-best sim...