Window to extra dimensions near a black hole
MD Maia, V Silveira - Physical Review D, 1993 - APS
MD Maia, V Silveira
Physical Review D, 1993•APSA version of the Rubakov-Shaposhnikov high-dimensional model is implemented. Particles
are assumed to be confined to a four-dimensional submanifold of a high-dimensional space
via an ad hoc potential barrier based on the four-dimensional gravitational field strength.
The analogue of the Schwarzschild back hole has a window into the higher-dimensional
space, located near where the event horizon would have been.
are assumed to be confined to a four-dimensional submanifold of a high-dimensional space
via an ad hoc potential barrier based on the four-dimensional gravitational field strength.
The analogue of the Schwarzschild back hole has a window into the higher-dimensional
space, located near where the event horizon would have been.
Abstract
A version of the Rubakov-Shaposhnikov high-dimensional model is implemented. Particles are assumed to be confined to a four-dimensional submanifold of a high-dimensional space via an ad hoc potential barrier based on the four-dimensional gravitational field strength. The analogue of the Schwarzschild back hole has a window into the higher-dimensional space, located near where the event horizon would have been.
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