(14)Chaotic Synchronization and Topological Error Correction in Holographic Quantum Information Space: A Rebooting Evolution Model of Life via Scale-Free Fractal Resonance

Based on the conservation of information (unitarity) in the AdS/CFT correspondence and quantum information gravity, this paper (Dejima Paper 014) formalizes the information-theoretic process transitioning from the termination of individual biological life (thermalization and dissipation of the physical body) to the initiation of new life (self-organization of the fertilized egg). 

Even after the thermalization of the physical body in the bulk space, an individual's intrinsic information (unique phase data) remains completely preserved within the tensor network on the holographic screen. In this paper, we propose a mechanism of scale-free chaotic synchronization and fractal resonance operating between the geometric structures (such as Fibonacci dendritic patterns) in the early development of a fertilized egg and the intrinsic phase code dispersed and stored on the screen. 

This resonant dynamic functions as a cosmological quantum error-correcting code, accurately decoding the intrinsic topology (attractor structure) out of dissipative noise. Consequently, it provides a theoretical framework for "rebooting evolution," enabling biological systems to reconstruct and upgrade high-order organization at minimal energy cost.