Tech Deep Dives
To really understand quantum computing, we need to look under the hood. This section goes step by step through the mathematics of gates, interference, and multi-qubit systems. You will see how linear algebra connects directly to quantum circuits, why reversibility matters, and how entanglement creates complexity that classical computers cannot handle.
These videos are the technical foundation for advanced quantum programming.
Deep Dive Videos
Mastering Quantum Gates
🔧 Ready to build your quantum toolbox? Now that you've seen your first circuit, it's time to learn how quantum gates really work. We revisit vectors and matrices, uncover why quantum gates must be reversible, and explore key players like the X and Hadamard gates.
Quantum Interference
🌀 In this video, we explore complex numbers and their phases — the hidden dimension powering quantum computing. Learn how phase shifts enable ✨ quantum interference.
Multi Qubit Systems
🧠In this Deep Dive, we scale up to multi-qubit systems and explore entanglement — the third quantum superpower. You’ll see how the tensor product builds 4-state vectors, how CNOT creates Bell states, and why this quickly gets too big for classical computers.