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<blockquote data-quote="tomBitonti" data-source="post: 6687715" data-attributes="member: 13107">What I was thinking was that the information which is captured when a particle crosses the black hole horizon would be encoded in a thin region near the event horizon.&nbsp; Somewhere I read &quot;the dynamic topology of the event horizon&quot;, but I couldn't tell you what that means, other than it sounds nice.&nbsp; But, the information should continue to evolve over time, and, the embedding should interact with other embeddings to modify the information over time.Making a very rough analogy, if a blip of information creates a &quot;bump&quot; of some sort, some physical feature, near the event horizon, that &quot;bump&quot; should interact with other bumps.The interactions would seem to be confined to a very narrow region close to the event horizon.&nbsp; Then, the physics of &quot;bump interaction&quot; would be confined to that very narrow region.&nbsp; Incoming particles and particles escaping due to Hawking radiation would create interactions, but otherwise, the interactions would be entirely within the very narrow region.&nbsp; That narrow region is what I'm describing as a &quot;new universe&quot;.&nbsp; A part of our universe, but interacting with it only indirectly and following very different rules.Thx!TomB</blockquote>

[QUOTE="tomBitonti, post: 6687715, member: 13107"] What I was thinking was that the information which is captured when a particle crosses the black hole horizon would be encoded in a thin region near the event horizon. Somewhere I read "the dynamic topology of the event horizon", but I couldn't tell you what that means, other than it sounds nice. But, the information should continue to evolve over time, and, the embedding should interact with other embeddings to modify the information over time. Making a [i]very[/i] rough analogy, if a blip of information creates a "bump" of some sort, some physical feature, near the event horizon, that "bump" should interact with other bumps. The interactions would seem to be confined to a very narrow region close to the event horizon. Then, the physics of "bump interaction" would be confined to that very narrow region. Incoming particles and particles escaping due to Hawking radiation would create interactions, but otherwise, the interactions would be entirely within the very narrow region. That narrow region is what I'm describing as a "new universe". A part of our universe, but interacting with it only indirectly and following very different rules. Thx! TomB [/QUOTE]

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