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Explores cosmic cycles and universe formation through black holes, highlighting fundamental physics principles.
The QGEFT black-hole Big Bang benchmark supports a complete, self-regulating three-phase cosmic cycle. A black hole node (dtarget = 500) grows a baby universe from $N=1000$ to $N=2874$ (+187%) through localized edge subdivision at its event horizon. Inflation naturally halts once the black hole reaches its target degree (db ≈ 508) and global energy collapses from ~ 123,000 to ~ 12. Because every new spatial quantum is born by splitting an edge attached to the black hole, the entire pocket universe is holographically encoded on the event horizon boundary, providing a direct structural realization of the Holographic Principle and Smolin's Cosmological Natural Selection.
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Yaniv Cohen (2026) studied this question.
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