Foundations of Quantum Mechanics for Computing

Explain wave-particle duality and its relevance to quantum computing.

Describe the principle of superposition and its implications for a quantum bit (qubit).

Represent single qubit states, including basis states and superpositions, using Dirac notation.

Represent and interpret a qubit state on the Bloch sphere.

Explain quantum entanglement and describe Bell states mathematically.

Describe the quantum measurement process and apply the Born rule to calculate measurement probabilities.

State and explain the no-cloning theorem and its implications for quantum information.

Explain Bell's theorem and how Bell inequalities are used to test for non-local correlations.