activity
20152023
most citedFinding Schwarzschild metric component grr and FLRW's k without solving the Einstein's equation, rather by a synergistic matching between geometric results enfranchised by Newtonian gravity

2 citations · 4 across the 5 of their papers we have counts for

collaborators

5 papers

hep-ph2023

Renormalized equations of motions for scalars and fermions in the 2PI formalism

A. Banik, H. Hinrichsen, W. Porod

We present on shell-scheme for the 2PI formalism with a particular focus on the renormalized equations of motion. We first revisit the so-called Hartree approximation where we give…

gr-qc2017★ 2 cited

Finding Schwarzschild metric component grr and FLRW's k without solving the Einstein's equation, rather by a synergistic matching between geometric results enfranchised by Newtonian gravity

Eduardo I. Guendelman, Avi Rabinowitz, Arka P. Banik

As is well known, some aspects of General Relativity and Cosmology can be reproduced without even using Einstein's equation. As an illustration, the 0 - 0 component of the Schwarzs…

gr-qc2015

On some topological deformation of stationary spacetimes

Arka Prabha Banik, Eduardo Guendelman

We define a completely new space-time starting from the well known Schwarzschild Space time by defining a new polar angle and then redefining the periodicity: instead o…

gr-qc2015★ 1 cited

The Schwarzschild metric and the Friedmann equations from Newtonian Gravitational collapse

Eduardo I. Guendelman, Arka Prabha Banik, Gilad Granit +2

As is well known, the 0 - 0 component of the Schwarzschild space can be obtained by the requirement that the geodesic of slowly moving particles match the Newtonian equation. Given…

gr-qc2015★ 1 cited

Schwarzschild and Friedmann Lemaître Robertson Walker metrics from Newtonian Gravitational collapse

Eduardo I. Guendelman, Arka Prabha Banik, Gilad Granit +2

As it is well known, the component of the Schwarzschild space can be obtained by the requirement that the geodesic of slowly moving particles match the Newtonian equation. Gi…