Chiral Bounce Cosmology: Unifying Loop Quantum Gravity and String Theory via Fractal Entanglement Depth

I propose a unified framework resolving the tension between Loop Quantum Gravity(LQG) and String Theory by positing that our universe originated from a chiralquantum bounce inside a rotating (Kerr) black hole of a parent universe. Inthis model, the Barbero-Immirzi parameter (γ) is dynamically fixed by the angularmomentum of the parent black hole. I demonstrate that the Nambu-Goto action ofString Theory emerges as the effective field theory of the LQG spin foam when aspecific fractal entanglement depth (DE ≈ 2.70) is present.Central to this theory is a novel derivation of the baryon asymmetry parameterηB, defined by the integral of entanglement depth, topological charge, and the cosmicexpansion rate. This mechanism yields four falsifiable predictions: (1) a remnantspatial curvature consistent with recent Euclid/DESI tensions (Ωk ≲ −0.002), (2)parity-violating gravitational waves detectable by LISA, (3) non-zero CMB TB/EBcorrelations, and (4) a specific mass gap in primordial black holes at 10−12M⊙.