Chapter 12Smart Network Field Theory Specification and Examples
12.1Motivation for Smart Network Field Theory
12.2Minimal Elements of Smart Network Field Theory
12.3Smart Network System Definition
12.4Smart Network System Operation
12.4.3Scale-spanning portability
12.5Smart Network System Criticality
12.6Applications of Smart Network Field Theories
12.6.1Smart network service provisioning application layers
12.6.2Basic administrative services
Part 5 The AdS/CFT Correspondence and Holographic Codes
Chapter 13The AdS/CFT Correspondence
13.1History and Summary of the AdS/CFT Correspondence
13.2The AdS/CFT Correspondence: Basic Concepts
13.2.1The holographic principle
13.2.2Holographic principle formalized in the AdS/CFT correspondence
13.2.3Quantum error-correction code interpretation
13.3The AdS/CFT Correspondence is Information-Theoretic
13.3.1Black hole information paradox
13.3.2The information-theoretic view
13.4The AdS/CFT Correspondence as Quantum Error Correction
13.4.1The AdS/CFT correspondence: Emergent bulk locality
13.4.2Quantum error correction with the correspondence
13.4.3Emergent bulk structure through error correction
13.4.4Extending AdS–Rindler with quantum secret-sharing
13.5Holographic Methods: The AdS/CFT Correspondence
13.5.1The correspondence as a complexity technology
13.5.2Strongly coupled systems: AdS/CMT correspondence
13.5.3Strongly coupled plasmas
Chapter 14Holographic Quantum Error-Correcting Codes
14.1Holographic Quantum Error-Correcting Codes
14.1.1Quantum error correction
14.1.2Tensor networks and MERA tensor networks
14.1.3AdS/CFT holographic quantum error-correcting codes
14.2Other Holographic Quantum Error-Correcting Codes
14.2.1.Emergent bulk geometry from boundary entanglement
14.2.2Ryu–Takayanagi quantum error correction codes
14.2.3Extending MERA tensor network models
14.2.4Bosonic error-correction codes
14.4Technophysics: AdS/Deep Learning Correspondence
