If you are new to quantum computing, this is the best place to start. We begin with the motivation: why quantum matters at all. Then we explain how qubits, superposition, and entanglement work, and how they differ from classical bits. Finally, we build and run the first simple circuits together in Python.
🎲 Time to roll the dice - literally! We build our very first quantum circuit: a real eight-sided die powered by quantum randomness. Using Python and Qiskit, we'll create and run a simple but powerful 'Hello, Quantum World!' program.
🧠 Before we code, we need to understand how quantum computers think. We dive into the four cornerstones: qubits, superposition, measurement, entanglement, and quantum gates.
A qubit is much more than an “extended classical bit. It is the core carrier of quantum behavior - superposition, phase, interference. And in QML, a single qubit can encode a full parameter, making it a powerful resource. Some say you don’t need to understand qubits, just like coders don’t care about voltages in classical chips. I disagree. To truly grasp quantum code, you need at least the general picture of what a qubit really is. This video aims to give you that - not comprehensive, but enough to spark real understanding and curiosity.
🌟 Quantum computing is making headlines everywhere - but is it hype or the next big thing? In this video, we go beyond the buzzwords to understand how quantum computers work, how they could disrupt industries like finance, AI, and cryptography, and what programming a quantum computer really looks like.
