The theoretical study of ruptured space in ergo sphere of a black hole and warming zone

In ergo sphere of a black hole space is ruptured due to accumulation of heavy mass before singularity. The black hole takes mass and mass to energy formation occurs in warming zone and energy to mass formation occurs and the mass is released by another black hole to other universe. The warming zone is composed of high energy and elliptical in shape. In ergo sphere E/m tends to 0 and in the warming zone E/m tends to ∞.

In ergo sphere to event horizon or beyond singularity the valid relationship between metric tensor, Riemannian tensor and Lagrangian stress energy tensor is

∫ d⁴ x √-g [(R _{σ p q} ^ρ – R _{σ r s} ^ρ ) -2Λ + (ρ _q ^p – ρ _s ^r )] = 0.

In warming zone the relationship would be 1/(∫ d⁴ x √-g [(R _{σ p q} ^ρ – R _{σ r s} ^ρ ) -2Λ + (ρ _q ^p – ρ _s ^r )]) = 0