Explore quantum entanglement routing in this 55-minute research seminar presented by Chen Qian from UC Santa Cruz. Delve into the challenges of establishing multi-hop quantum entanglements in large-scale quantum networks and discover a novel protocol design for scalable entanglement routing. Learn about the comprehensive entanglement routing model that highlights the distinctions between quantum and classical networks, and examine a new algorithm leveraging unique quantum network properties. Gain insights into quantum key distribution, the limitations of current methods, and the potential applications of untrusted repeater networks. The seminar concludes with a discussion on simulation results and future research directions in quantum networking protocols.
Towards Protocol Design for Quantum Entanglement Routing - Chen Qian, UC Santa Cruz
Paul G. Allen School via YouTube
Overview
Syllabus
Introduction
Why Quantum Networks
Quantum Entanglement
Properties
Quantum Key Distribution
Security Steps
Todays Method
Todays Application
Limitations of QKD
Prepare and Measure Network
Entanglement Networks
Communication Distance
Repeaters Inc
Untrusted Repeaters
Applications
Untrusted Repeater
Networking Model
Summary
Examples
Existing Algorithms
Qcast
Simulation
Future work
Taught by
Paul G. Allen School
