Quantum Computing

Module 1: Quantum computing: Motivation, foundations, and prominent applications. Review of linear algebra in the context of quantum information, Dirac's bracket notation, Limitation of classical algorithms. The four postulates of quatum mechanics.

Module 2: Qubits, quantum gates and circuits. Basic quantum algorithms: Deutsch's algorithm, analyzing quantum algorithms, and implementing quantum circuits via QISKIT software.

Module 3: Basic quantum algorithms: Simon's problem and the Bernstein  -V-Vazirani algorithm. Grover's quantum search algorithm and its applications, overview of quantum cryptography.