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Screening an extremal black hole with a thin shell of exotic matter · Around

2015

Screening an extremal black hole with a thin shell of exotic matter

Culetu, Hristu

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We study the possibility of shielding a regular extremal black hole by means of a matter thin-shell.

While the surface energy density $\sigma$ on the static shell is negative, the tangential pressures $p$ are positive, both of them being finite when the shell approaches the black hole horizon.
The Darmois-Israel junction conditions are used to find $\sigma$ and $p$ in terms of the radius $a$ of the shell.
The surface gravitational energy $E_{S}$ is computed, keeping track of the pressure contribution.

Built on

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S. Antoci and D.-E. Liebscher, Gen. Relat. Grav. 38, 15 (2006) (arXiv: gr-qc/0412102)
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