The Qubit Explained: Unlocking the Power of Quantum Computing

Описание: From bits to qubits, this episode breaks down how quantum computers really work—and why they could upend cryptography, chemistry, logistics, finance, and more. We cover superposition and entanglement, the Bloch sphere, quantum error correction, fault tolerance, post-quantum security, the quantum internet, quantum sensing, optimization and simulation use cases, and the engineering extremes required to keep qubits coherent near absolute zero. If you want a clear, no-hype tour of the quantum frontier (and what it means for the next decade), this is it.

00:00:00 — From Bits to Qubits: Why Quantum?

00:12:07 — Superposition & Entanglement: Exponential State Space

00:23:57 — Visualizing Qubits: The Bloch Sphere & Quantum Gates

00:36:04 — Beating Decoherence: Codes, Logical Qubits & Fault Tolerance

00:47:44 — Quantum vs. Crypto: Shor’s Algorithm & the PQC Pivot

00:57:18 — Unhackable Links: QKD, Repeaters & the Quantum Internet

01:08:10 — Beyond Hype: Optimization, Chemistry & Materials

01:19:04 — Extreme Engineering: Cryogenics, Control & Stability

01:29:51 — Quantum + AI: Hybrid Algorithms & Speedups

01:40:36 — At Scale: Fault-Tolerance, Security Cliff & Timelines

01:53:06 — Markets & Mobility: Finance, Logistics, Smart Cities

02:04:59 — Aerospace & Climate: CFD, Trajectories, Weather

02:16:09 — Building the Ecosystem: Talent, Standards & Policy

02:26:16 — Quantum Simulation: Drugs, Batteries & New Materials

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