What exactly is quantum computing, and is it a revolution for software engineering or just theoretical physics hype? In this episode, Dave Farley and Sam Newman dive deep into the world of quantum computers, exploring how they differ from classical computer science and what they mean for the future of software development.

As a software engineer or software developer, you might wonder if this technology will ever change the way we code or approach programming. We break down the complex ideas of superposition and entanglement into "small words," discussing whether quantum computing explained simply can still capture its power to solve intractable problems.

In this video, we discuss:
- The Reality of Qubits: How quantum effects allow for multiple states simultaneously, unlike the binary bits in traditional coding.
- Engineering Hurdles: Why decoherence and error correction are the biggest challenges currently facing software engineers in this space.
- Cryptographic Threats: Is the threat to SSH keys and prime-number encryption a real concern for modern software development?.
- Practical Applications: Why you won’t run a JavaScript web app on a quantum machine, but might see a revolution in drug discovery and material science.
- Getting Started: How to explore the Microsoft Q# (QDK) and access quantum power via AWS and Google Cloud today.

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Continuous Delivery

A conversational discussion exploring what quantum computing actually is, aimed at a non-expert audience. Covers core concepts like qubits, superposition, and entanglement using accessible analogies (Schrödinger's cat, gloves in boxes). Examines the gap between quantum theory and engineering reality, with decoherence and error correction identified as the main practical barriers. Touches on real-world implications including cryptography vulnerabilities (SSH keys, prime factorization), drug discovery, and materials science. Notes that quantum computers are accessible today via AWS and Google, but remain highly specialized tools unlikely to replace classical computers for everyday tasks. Microsoft's Q# development kit is mentioned as a way to experiment. Concludes that quantum computing is genuine physics, not hype, but practical large-scale engineering remains an open challenge.

Is Quantum Computing An Engineering Reality Or Just Physics Hype?