16.1 - Surface Code
We confront a profound structural paradox: if our causal graph is explicitly constructed node-by-node in three-dimensional space, how can its physical degrees of freedom obey the Holographic Principle, which restricts information to the boundary area? Spacetime seems to possess a volumetric information density, yet holographic gravity asserts that the bulk is a projection of a lower-dimensional boundary theory. We must explain how a discrete bulk network naturally encodes its volumetric events onto an asymptotic boundary without loss of information.
16.2 - Bekenstein Bound
16.2 Bekenstein Bound (Thermodynamic Limits) {#16.2}
16.3 - Entanglement Wedge
16.3 Entanglement Wedge Reconstruction (Quantum Error Correction) {#16.3}
16.4 - Bulk Gravity
16.4 Holographic RG Flow & Bulk Gravity (AdS/CFT Dictionary) {#16.4}
16.5 - Synthesis
16.5 Formal Synthesis {#16.5}