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Table of contents
Entanglement Distribution
From Bell pairs and quantum channels to repeaters, satellites, and quantum internet frontiers
Read each section in order. Every title can be opened as a TheoryTrace document.
- Cover1
- Copyright2
- How to read this book3
- Introduction4
- Chapter 1: Why Entanglement Distribution Matters5
- Chapter 2: Quantum States, Measurements, and Entanglement from First Principles6
- Chapter 3: Quantifying and Certifying Entanglement7
- Chapter 4: Historical Origins: EPR, Bell, Teleportation, and the First Distributed Entanglement Experiments8
- Chapter 5: Quantum Channels and the Physics of Loss, Noise, and Decoherence9
- Chapter 6: Direct Entanglement Distribution over Fiber and Free Space10
- Chapter 7: Entanglement Swapping and the Architecture of Long-Distance Links11
- Chapter 8: Entanglement Purification and Distillation12
- Chapter 9: Quantum Repeaters: From Briegel-Dür-Cirac-Zoller to Modern Designs13
- Chapter 10: Fundamental Bounds on Entanglement Distribution Rates14
- Chapter 11: Quantum Memories and Matter-Photon Interfaces15
- Chapter 12: Multiplexing, Scheduling, and Network-Level Protocol Design16
- Chapter 13: Continuous-Variable Entanglement Distribution17
- Chapter 14: Multipartite and Network Entanglement18
- Chapter 15: Satellite and Free-Space Entanglement Distribution19
- Chapter 16: Device-Independent, Measurement-Device-Independent, and Security-Critical Distribution20
- Chapter 17: Error Correction, All-Photonic Repeaters, and Fault-Tolerant Distribution21
- Chapter 18: Experimental Case Studies at the Research Frontier22
- Chapter 19: Simulation, Performance Modeling, and Reproducible Analysis23
- Chapter 20: Open Problems and the Road to a Quantum Internet24
- Conclusion25