🎬 Lecture Videos
All course lectures organized by topic — watch, rewatch, and learn at your own pace
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Introduction to Quantum Computing
Course overview, why quantum computing matters, classical vs quantum paradigms
⏱ 45 minQubits and Quantum States
Qubit representation, Dirac notation, Bloch sphere, single-qubit states
⏱ 50 minSuperposition and Measurement
Superposition principle, probability amplitudes, measurement postulate
⏱ 48 minQuantum Gates and Circuits
Pauli Gates. Pauli- X, Pauli-Y, and Pauli-Z Gates, Matrix notation
⏱ 5 minEntanglement and Bell States
Quantum entanglement, Bell states, EPR paradox, quantum teleportation
⏱ 52 minQuantum Algorithms I — Grover's Search
Oracle functions, amplitude amplification, Grover's algorithm walkthrough
⏱ 60 minQuantum Algorithms II — Shor's Algorithm
Quantum Fourier Transform, period finding, factoring, cryptographic implications
⏱ 65 minQuantum Error Correction
Noise and decoherence, error models, bit-flip and phase-flip codes, surface codes
⏱ 50 minQiskit Lab — Hands-on Quantum Programming
Building circuits in Qiskit, running on simulators, accessing IBM Quantum hardware
⏱ 55 min