Mass formulae for spherically symmetric stellar configurations in five dimensional space-time
G.S.Khadekar, K.S.Adhav, G.R.Ghate (Department of Mathematics,, Nagpur University, Nagpur, Amravati University)
TL;DR
This paper derives a mass formula for spherically symmetric stellar configurations within five-dimensional space-time, linking mass to the integral of pressure in this higher-dimensional framework.
Contribution
It introduces a novel mass formula specific to 5D space-time for spherically symmetric stars, expanding classical models into higher dimensions.
Findings
Mass formula relating mass to pressure integral in 5D
Extension of stellar models to five-dimensional space-time
Potential implications for higher-dimensional gravity theories
Abstract
An expression is derived where the mass is connected to an integral over the pressure of gravitating matter in the frame work of five dimensional(5D) space-time.
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