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1
Introduction
2
Why Quantum Networks
3
Quantum Entanglement
4
Properties
5
Quantum Key Distribution
6
Security Steps
7
Todays Method
8
Todays Application
9
Limitations of QKD
10
Prepare and Measure Network
11
Entanglement Networks
12
Communication Distance
13
Repeaters Inc
14
Untrusted Repeaters
15
Applications
16
Untrusted Repeater
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Networking Model
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Summary
19
Examples
20
Existing Algorithms
21
Qcast
22
Simulation
23
Future work
Description:
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
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