Pioneering Quantum Computing: Photonics Inc. on Quantum Secure Cryptography, Scalability, and the Future of Commercial Quantum Technologies

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Ever wondered what it takes to build a large-scale quantum computer? Join us for an eye-opening conversation with Stephanie Simmons from Photonics Inc., who shares her inspiring journey from teenage prodigy to quantum computing pioneer. We break down the fundamental differences between classical and quantum computing and explore how quantum bits offer exponential capacity growth. Stephanie provides an insider’s perspective on the current state of quantum computing, from recent milestones to the often-misunderstood gap between media hype and actual progress.
In the second part of our chat, we delve into the complex and thrilling world of quantum secure cryptography and distributed quantum computing. Stephanie explains how integrating post-quantum cryptography with quantum layers enhances security and emphasizes the crucial need for infrastructure investments. We also discuss the intricacies of connecting quantum systems for horizontal scaling and modularization. She highlights Photonics Inc’s groundbreaking work using silicon-based color centers and photon connections, and their strategic collaboration with Microsoft, offering a glimpse into the future of commercial quantum technologies.

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Capitole

1. Pioneering Quantum Computing: Photonics Inc. on Quantum Secure Cryptography, Scalability, and the Future of Commercial Quantum Technologies (00:00:00)

2. Exploring Quantum Computing Potential (00:00:02)

3. Distributed Quantum Computing in Industry (00:13:33)