📚 Learning Guides
Structured topic-by-topic study guides with key concepts, worked examples, and practice problems
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Introduction to Quantum Computing
BeginnerWhy quantum computing matters, classical vs quantum, and the promise of quantum advantage.
Qubits & Measurement
BeginnerUnderstanding qubits, Dirac notation, state vectors, and the measurement problem.
Superposition & Interference
BeginnerProbability amplitudes, superposition principle, and quantum interference patterns.
Quantum Gates & Circuits
IntermediateSingle and multi-qubit gates, circuit construction, and unitary operations.
Entanglement & Bell States
IntermediateQuantum entanglement, Bell states, EPR paradox, and quantum teleportation.
Quantum Algorithms
AdvancedDeutsch-Jozsa, Grover's search algorithm, and the foundations of quantum speedup.
Shor's Algorithm & QFT
AdvancedQuantum Fourier Transform, period finding, and Shor's factoring algorithm.
Quantum Error Correction
AdvancedNoise in quantum systems, error models, and quantum error correction codes.
Qiskit Programming
IntermediateHands-on quantum programming with IBM's Qiskit: circuits, simulators, and real hardware.