The Black Hole Event Horizon as a Limited Two-Way Membrane

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SFR1NY5V

The Black Hole Event Horizon as a Limited Two-Way Membrane

Brian Jonathan Wolk
Brian Jonathan Wolk
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Abstract

It is shown that under a set of straightforward propositions there exists at the event horizon and at non-zero radii inside the event horizon of a non-rotating, un harged, spheri ally symmetri bla k hole under reasonable urvature onstraints a non-empty set of virtual ex hange parti le modes whi h an propagate to the bla k hole’s exterior. This nding reveals that abla khole’s event horizon is not a one-way membrane, but instead a limited two-way membrane. The paper’s tehnology also permits presen- tation of what is alled virtual osmi ensorship, whi h requires that the aforesaid virtual ex hange parti le mode propagation tend to zero at the singularity limit.

The Black Hole Event Horizon as a Limited Two-Way Membrane

It is shown that under a set of straightforward propositions there exists at the event horizon and at non-zero radii inside the event horizon of a non-rotating, un harged, spheri ally symmetri bla k hole under reasonable urvature onstraints a non-empty set of virtual ex hange parti le modes whi h an propagate to the bla k hole’s exterior. This nding reveals that abla khole’s event horizon is not a one-way membrane, but instead a limited two-way membrane. The paper’s tehnology also permits presen- tation of what is alled virtual osmi ensorship, whi h requires that the aforesaid virtual ex hange parti le mode propagation tend to zero at the singularity limit.

Brian Jonathan Wolk
Brian Jonathan Wolk

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Brian Jonathan Wolk. 2017. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 17 (GJSFR Volume 17 Issue A3): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR-A Classification: FOR Code: 249999
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The Black Hole Event Horizon as a Limited Two-Way Membrane

Brian Jonathan Wolk
Brian Jonathan Wolk

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