Proposes two-level holographic encoding in CCEGA, suggesting new insights on information in black stars.
Proposes that CCEGA realizes a two-level holographic encoding: Level 1 — the 5D bulk geometry is holographically encoded in the 4D brane via the radion field phi(rho) and effective coupling G_eff(rho) (standard RS/AdS-CFT). Level 2 — the black star interior is holographically encoded in its physical surface at rho_c, a real vibrating membrane that releases information via gravitational wave echoes. The same radion field connects both levels. Information flows: bulk 5D → brane 4D → surface rho_c → echoes → observable universe. Applied to Sagittarius A*: 10^86 bits encoded in a 971 km surface, released in 31-minute echoes. The information paradox dissolves because the premise — information crossing an abstract horizon into nothingness — does not hold in CCEGA.
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Marc López Sánchez (2026) studied this question.
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