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Quantum computing principles
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Module 2
Manipulating Qubits with Quantum Gates
1
Manipulating Qubit States with Pauli and Hadamard Gates
Apply the Pauli (X, Y, Z) and Hadamard (H) gates to a qubit state and interpret the result.
2
Phase Gates: S and T
Apply phase gates (S, T) and explain their effect on a qubit's phase.
3
Building Quantum Circuits for State Vectors
Compose sequences of single-qubit gates to compute a final state vector.
4
Multi-Qubit Gates: CNOT, SWAP, and Controlled-Z
Apply the CNOT, SWAP, and Controlled-Z gates to describe their effect on multi-qubit states.
5
Building Bell State Circuits
Construct a Bell state circuit to generate entanglement.
6
Quantum Entanglement: Beyond Classical Correlation
Explain the concept of quantum entanglement and how it differs from classical correlation.
Previous module
Foundations: From Vectors to Qubits
Next module
Building and Simulating Circuits with Qiskit