Vortragsthemen:
1. Introduction to quantum computing
2. Quantum computing algorithms
3. Theory of qubit control
4. Decoherence
5. Entanglement classification
6. Linear optic quantum computing
7. One way quantum computing
8. Ion trap quantum computing
9. Quantum computing with self-assembled semiconductor quantum dots
10. Quantum computing with impurities and defect centers in solids
11. Superconducting circuit quantum computing
Vortragsthemen:
1. Introduction to quantum computing
2. Quantum computing algorithms
3. Theory of qubit control
4. Decoherence
5. Measurement device independent quantum key distribution
6. Quantum sensing
7. Ion trap quantum computing
8. Measurement-based quantum computing
9. Quantum computing with self-assembled semiconductor quantum dots
10. Quantum computing with impurities and defect centers in solids
11. Superconducting circiut quantum computing
- Lehrende/r: Tilmann Kuhn
- Lehrende/r: Doris Reiter
- Lehrende/r: Robert Schmidt
- Lehrende/r: Carsten Schuck