ABSTRACT:

Quantum Computing is at the top of the hype curve and offers unique research opportunities. It is well known that Quantum Computing will break the current security methods, and post-quantum cryptography has already been standardized. Both industry and governments are investing heavily in this upcoming technology, and there are significant challenges. In this talk, I will highlight the opportunities for research in quantum networking

This talk covers the following topics:

• Quantum Networking: Challenges and Research Opportunities
• Overview
• Part 1: Why Quantum?
• Selecting the Right Research Topic/Field
• Hype Cycle for Compute 2025
• Dawn of Quantum Computing
• Investment in Quantum
• US Investments in Quantum
• Impact of Quantum Computing on Security
• Post-Quantum Cryptography
• Part 2: What is Quantum?
• What is a Quantum?
• Are Photons Particles or a Wave?
• Quantum Bits
• Dirac Bra-Ket Notation
• Superposition
• No-Cloning Theorem
• Entanglement
• Part 3: How to do Quantum Networking?
• 7-Layers Stack of Quantum Research
• Challenges in Quantum-Native Networking
• Our Vision
• AER Analysis and Simulation
• Realistic Topology Experiments
• Resource Management in Quantum Data Centers
• Part 4: Quantum Applications
• Quantum Supremacy
• Shor's Factoring Algorithm
• Quantum Random Number Generator
• Quantum Key Distribution (QKD)
• Quantum Machine Learning (QML)
• Quantum Computing Applications
• Part 4: Challenges and Myths
• Quantum Computing Challenges
• Common Myths about Quantum
• Summary
• Our Publications on Quantum
• Acronyms

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