Join us for a deep dive into the future of quantum computing with Dr. Paul Terry, CEO of Photonic, as he shares his journey from high-performance computing to building scalable, entanglement-driven quantum systems using silicon spin qubits and photonics. 💡 From HPC to Quantum Computing Discover how Dr. Terry's experience in networking and high-performance computing led him to pursue quantum computing—and why silicon spin qubits and telecom photons are at the heart of Photonic's architecture. 🔗 Entanglement and Modularity Explore how Photonic leverages entanglement to scale quantum systems, and why modularity—while challenging—is essential to unlocking the full potential of quantum networks and devices. 🧪 Real-World Quantum Applications Learn why chemistry, cryptography, and secure communications are among the first industries expected to benefit from quantum computing breakthroughs. ⏱️ Debunking Quantum Timelines Dr. Terry tackles some of the common misconceptions about quantum computing timelines and explains why practical implementations might arrive sooner than many think. 🎙️ Engaging Discussions On: The integration of silicon spin qubits and photonics Importance of entanglement in scaling quantum systems Challenges of modular quantum architectures Coexistence of high-performance and quantum computing Applications in chemistry, cryptography, and national security Post-quantum cryptography and government readiness Accelerating quantum computing timelines Guest: Dr. Paul Terry, CEO of Photonic Hosts: Anastasia Marchenkova, Dr. Gavin Brennen 🔔 Don't forget to subscribe and tap the bell icon to stay updated on new episodes of The Quantum State — where cutting-edge quantum technology meets real-world innovation. 💬 Found this episode insightful? Leave your questions or takeaways in the comments to join the conversation.  

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