The field equations of a previous metric nonsymmetric theory of gravitation are considered for the interior of a static spherically symmetric perfect fluid with a view to a study of stellar equilibrium. The equations are put into a form of four first-order differential equations which are ready for numerical integration
In this paper we consider spherically symmetric interior spacetimes filled by anisotropic fluids in ...
A class of nonstatic solutions of Einstein's field equations representing the gravitational field wi...
In an important series of articles published during the 70's, Krasiński displayed a class of interio...
In the present article, a new class of solutions of Einstein field equations is investigated for a s...
A double new class of solutions to the general relativity field equations describing interior spacet...
International audienceA double new class of solutions to the general relativity field equations desc...
International audienceA double new class of solutions to the general relativity field equations desc...
The gravitational field equations for a spherical symmetric perfect fluid are completely solved. The...
We investigate solutions of Einstein field equations for the non-static spherically symmetric perfec...
We present a general solution of the Einstein gravitational field equations for the static spherical...
A class of nonstatic solutions of Einstein's field equations representing the gravitational field wi...
International audienceIn an important series of articles published during the 70's, Krasiński displa...
We open the paper with introductory considerations describing the motivations of our long-term resea...
In an important series of articles published during the 70's, Krasiński displayed a class of interio...
We open the paper with introductory considerations describing the motivations of our long-term resea...
In this paper we consider spherically symmetric interior spacetimes filled by anisotropic fluids in ...
A class of nonstatic solutions of Einstein's field equations representing the gravitational field wi...
In an important series of articles published during the 70's, Krasiński displayed a class of interio...
In the present article, a new class of solutions of Einstein field equations is investigated for a s...
A double new class of solutions to the general relativity field equations describing interior spacet...
International audienceA double new class of solutions to the general relativity field equations desc...
International audienceA double new class of solutions to the general relativity field equations desc...
The gravitational field equations for a spherical symmetric perfect fluid are completely solved. The...
We investigate solutions of Einstein field equations for the non-static spherically symmetric perfec...
We present a general solution of the Einstein gravitational field equations for the static spherical...
A class of nonstatic solutions of Einstein's field equations representing the gravitational field wi...
International audienceIn an important series of articles published during the 70's, Krasiński displa...
We open the paper with introductory considerations describing the motivations of our long-term resea...
In an important series of articles published during the 70's, Krasiński displayed a class of interio...
We open the paper with introductory considerations describing the motivations of our long-term resea...
In this paper we consider spherically symmetric interior spacetimes filled by anisotropic fluids in ...
A class of nonstatic solutions of Einstein's field equations representing the gravitational field wi...
In an important series of articles published during the 70's, Krasiński displayed a class of interio...
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