The Quantum Black Hole by Norbert Schwarzer
Requirements: .PDF reader, 0.9 MB
Overview: Abstract
In the paper we will show that, when using the Quantum-Einstein-Field-Equations we have derived recently [A1, A2], there are solutions to the spherical symmetry in addition to the classical Schwarzschild metric [A3]. These new solutions seem to lead to adapted, which is to say quantum black holes, which apparently have no singularity and can code information via an intrinsic structure, thereby solving the Bekenstein information storage problem [A4, A5].
Genre: Non-Fiction > Educational
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Requirements: .PDF reader, 0.9 MB
Overview: Abstract
In the paper we will show that, when using the Quantum-Einstein-Field-Equations we have derived recently [A1, A2], there are solutions to the spherical symmetry in addition to the classical Schwarzschild metric [A3]. These new solutions seem to lead to adapted, which is to say quantum black holes, which apparently have no singularity and can code information via an intrinsic structure, thereby solving the Bekenstein information storage problem [A4, A5].
Genre: Non-Fiction > Educational
Download Instructions:
https://uploadrar.com/5exy0u0heuyv
https://dropgalaxy.vip/ds052nu5qvta
Trouble downloading? Read This.