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20012005
most citedWhat is the spacetime of {\em physically realizable} spherical collapse?

2 citations · 2 across the 3 of their papers we have counts for

collaborators

5 papers

gr-qc2005

N-dimensional gravitational collapse of Type I matter fields with non-zero radial pressure

S. B. Sarwe, R. V. Saraykar

We study the gravitational collapse of Type I matter field in dimensional spacetime with radial pressure as a function of . We find that for a given smooth initial…

gr-qc2005

Non-radial strong curvature naked singularities in five dimensional perfect fluid self-similar space-time

Sanjay B. Sarwe, R. V. Saraykar

We study five dimensional(5D) spherically symmetric self-similar perfect fluid space-time with adiabatic equation of state, considering all the families of future directed non-spac…

gr-qc20022 cited

What is the spacetime of {\em physically realizable} spherical collapse?

Sanjay M. Wagh, Ravindra V. Saraykar, Keshlan S. Govinder

We argue that a particular spacetime, a spherically symmetric spacetime with hyper-surface orthogonal, radial, homothetic Killing vector, is a physically meaningful spacetime that…

gr-qc2001

Spherical Gravitational Collapse with Heat Flux and Cosmic Censorship

S. M. Wagh, R. V. Saraykar, P. S. Muktibodh +1

In this paper, we investigate the nature of the singularity in the spherically symmetrical, shear-free, gravitational collapse of a star with heat flux using a separable metric [cq…

gr-qc2001

Conformal Killing Vectors in Spherically Symmetric, Inhomogeneous, Shear-free, Separable Metric Spacetimes

S. M. Wagh, R. V. Saraykar, P. S. Muktibodh +1

In this paper, we find all the Conformal Killing Vectors (CKVs) and their Lie Algebra for the recently reported [cqg1] spherically symmetric, shear-free separable metric spacetimes…