The gravitational dynamics of a collapsing matter configuration which is simultaneously radiating heat flux is studied in f(R) gravity. Three particular functional forms in f(R) gravity are considered to show that it is possible to envisage boundary conditions such that the end state of the collapse has a weak singularity and that the matter configuration radiates away all of its mass before collapsing to reach the central singularity
To see the evolution of the physical variables at the surface of a star and to establish the range f...
This paper is about the $$n+2$$-dimensional gravitational contraction of an inhomogeneous fluid with...
We present a number of parametric class of exact solutions of a radiating star and the matching cond...
This thesis studies f(R) model building, cosmological dynamics, Solar System tests of f(R) gravity, ...
Collapsing solutions in f(R) gravity are restricted due to junction conditions that demand continuit...
© 2021 The Physical Society of the Republic of China (Taiwan)In this study, we are interested to inv...
The physically realistic model of compact stars undergoing gravitational collapse in $ f(R) $ gravit...
To see the evolution of the physical variables at the surface of a star and to establish the range f...
The aim of this outline is to investigate the consequences of viscous dissipative self-gravitational...
We investigate the nature of the forces involved during the collapse of a compact stellar object suc...
The collapsing dynamics of relativistic fluid are explored in f(R) gravity in detailed systematic ma...
Abstract We investigate the nature of the forces involved during the collapse of a compact stellar o...
Abstract This paper is about the $$n+2$$ n + 2 -dimensional gravitational contraction of an inhomoge...
Gravitational collapse is still poorly understood in the context of f(R) theories of gravity, since ...
To see the evolution of the physical variables at the surface of a star and to establish the range f...
To see the evolution of the physical variables at the surface of a star and to establish the range f...
This paper is about the $$n+2$$-dimensional gravitational contraction of an inhomogeneous fluid with...
We present a number of parametric class of exact solutions of a radiating star and the matching cond...
This thesis studies f(R) model building, cosmological dynamics, Solar System tests of f(R) gravity, ...
Collapsing solutions in f(R) gravity are restricted due to junction conditions that demand continuit...
© 2021 The Physical Society of the Republic of China (Taiwan)In this study, we are interested to inv...
The physically realistic model of compact stars undergoing gravitational collapse in $ f(R) $ gravit...
To see the evolution of the physical variables at the surface of a star and to establish the range f...
The aim of this outline is to investigate the consequences of viscous dissipative self-gravitational...
We investigate the nature of the forces involved during the collapse of a compact stellar object suc...
The collapsing dynamics of relativistic fluid are explored in f(R) gravity in detailed systematic ma...
Abstract We investigate the nature of the forces involved during the collapse of a compact stellar o...
Abstract This paper is about the $$n+2$$ n + 2 -dimensional gravitational contraction of an inhomoge...
Gravitational collapse is still poorly understood in the context of f(R) theories of gravity, since ...
To see the evolution of the physical variables at the surface of a star and to establish the range f...
To see the evolution of the physical variables at the surface of a star and to establish the range f...
This paper is about the $$n+2$$-dimensional gravitational contraction of an inhomogeneous fluid with...
We present a number of parametric class of exact solutions of a radiating star and the matching cond...