Black hole event horizon as surface of spacetime symmetry

AI Thread Summary
The discussion explores the relationship between black hole event horizons and spacetime geometry, suggesting that the event horizon serves as a transformative boundary between external and internal black hole geometries. It emphasizes the conservation of entropy in relation to Hawking radiation, where one quantum escapes while another approaches the singularity. The event horizon is described as a mirror symmetry point, inverting universal spacetime to reflect black hole characteristics. Additionally, the surface area of the event horizon is noted to be proportional to black hole entropy from both external and internal perspectives. Overall, the conversation highlights the complexities of understanding black holes and their entropic nature.
Loren Booda
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The spacetime geometry outside a black hole may be transformable through the event horizon as the black hole internal geometry, and conversely.

Consider Hawking radiation with respect to black hole entropy. While one quantum escapes to universal infinity, the other approaches the corresponding infinitesimal singularity. Entropy is always conserved between opposite horizons, thermally isolated, singularity and Hubble area. The event horizon represents their mirror symmetry, at which the universal spacetime inverts to actualize the black hole spacetime and reciprocate the relative surface curvature. The hole itself, surrounded by the entropic cosmos, is thus anentropic in character. The relation that horizon surface area is proportional to black hole entropy holds for both perspectives, either outside or within the hole.

Please refer to my second and third articles at http://www.quantumdream.net
 
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Greetings !

Hmm... This indirectly made me think of something:
The EH is actualy a relative feature, isn't it ?
Basicly, the greater your velocity relative to the
BH the EH will "retreat" towards the singularity
on one "side" until your velocity gets infitesimally
close to c and you can almost get a "glimpse" of it.
Right ?

Sure would be an interesting way to study BHs...:wink:

Live long and prosper.
 
Almost, drag, but remember that singularities are awfully bashful!
 

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