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Black hole information paradox
In Binary Pulse Theory: Boundary Encoding
BPT explains itIn standard physics
The puzzle of whether information that falls into a black hole is destroyed when it evaporates, which quantum mechanics forbids.
In Binary Pulse Theory
BPT keeps the information on the boundary and carries it on: boundary encoding holds it on the horizon, and the data passes to the child universe through the Data Loop and the Silent Wells.
The BPT terms behind it
Boundary Encoding is the mechanism by which a parent universe's information is written topologically onto the boundary of a null well, preserving its computational heritage so that it can initialize a child universe.
Information Crystallization is the process by which a null well fixes the information of its parent universe on its boundary as it forms, keeping total information constant and setting the initial conditions for the child universe that will emerge from it.
Information Conservation Principle is the principle that total information is preserved through every binary transition, dimensional transition, Nova event and fold, being redistributed but never lost.
Also known as
information paradox · information loss paradox
Related
The standard physics term is here to help you find your way in; the book itself writes in BPT's own terms. Read them in the lexicon, or start the book at Binary Pulse Theory.