Exploring Quantum Networks for Distributed Quantum Computing

Join us for an engaging Meetup event focused on the cutting-edge field of Distributed Quantum Computing (DQC) and the pivotal role of network architectures in enabling this transformative technology. This event will dive into the three key stages of networked quantum computing, providing insights into their unique challenges and opportunities:

1. Classically Connected Quantum Computers Integrated with HPC
   Explore how quantum computers, integrated with high-performance classical computing (HPC) systems, leverage classical networks to optimize hybrid quantum-classical workflows, driving progress in computational tasks.
2. Microwave Resonator Networks
   Discover the promise of microwave resonator networks in connecting quantum processors at short to medium distances, with discussions on coherence, scalability, and the potential for creating dense quantum computing clusters.
3. Optically Connected Quantum Computers
   Learn about the advancements in optically mediated quantum networks, enabling long-range quantum communication and scaling quantum systems to new heights through photonic interconnects.

This event offers a platform for researchers, engineers, and enthusiasts to discuss and exchange ideas on the architectures, technologies, and strategies shaping the future of DQC.

Who Should Attend?

• Quantum computing researchers and practitioners
• Network engineers and HPC professionals
• Students and enthusiasts interested in quantum technologies

Why Attend?

• Gain insights into the technological roadmap for distributed quantum computing
• Network with like-minded professionals
• Contribute to discussions on solving the pressing challenges in quantum network design