Hands-on session 2

Session Recording

Lab book

Jupyter notebook

• The four postulates of Quantum Mechanics
  • Postulate 1: Individual Quantum systems
  • Postulate 2: Quantum operations
  • Postulate 3: Composite Quantum Systems
  • Delayed choice quantum eraser
  • Postulate 4: Measurement
  • Projective Measurements.
• Quantum Teleportation
• Preliminary
• Exploring Qubits with Qiskit
• The Rules of Measurement
  • Normalisation
  • In class exercise
  • Alternative measurement
  • Global Phase
  • A Note about Quantum Simulators
• The Bloch Sphere
• In Class Exercise
• Your first multi-qubit quantum circuit
  • What’s a method?
  • Basics of encoding an input
  • Representing Multi-Qubit States
  • Single Qubit Gates on Multi-Qubit Statevectors
  • Multi-Qubit Gates
  • Exploring the CNOT-Gate
  • Phase Kickback
• Single Qubit Gates
  • 1. The Pauli Gates
  • 2. Digression: The X, Y & Z-Bases
  • 3. The Hadamard Gate
  • 5. The P-gate
  • 6. The I, S and T-gates
  • 7. The U-gate
• Quantum Measurements
  • Part 1: Measuring the state of a qubit
  • Part 2: Measuring Energy
  • Part 3: Execute the circuits on Quantum Computer
• Using your IBM credentials locally
• Qiskit Visualization tools
  • Plot a state
  • Simulators
• 2. Introduction to Quantum Gates and Circuits. Building Circuits with multiple components.
  • Quantum Circuit Properties
  • Final Statevector and Unitary
  • Other components
• 3. Run on real hardware. Compiling Circuits
  • Optimization level
• Quantum Coin Game
  • What are the rules of this game ?
  • Analogy
  • Approach
  • Optimal Strategy
  • Lets play this version using Qiskit
  • Conclusion
  • Send it after class:
• Local Reality and the CHSH inequality
  • The CHSH inequality
  • Send it after class