Graph Visualization

(Year: 3 Period: 2 Category: Elective )

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1. (understand)Students should be able to describe the mathematical model of quantum computers.
2. (understand)Students should be able to compare it to probabilistic and deterministic classical computers.
3. (understand)Students should be able to state basic quantum algorithms.
4. (understand)Students should be able to analyze them step by step.
5. (understand)Students should be able to manipulate quantum states and quantum gates.
6. (understand)Students should be able to create a program in Cirq that implements a given quantum algorithm.
7. (understand)Students should be able to state basic quantum information protocols.
8. (understand)Students should be able to analyze them step by step.
9. (understand)Students should be able to explain the tasks they achieve.
10. (understand)Students should be able to explain classical correlations and quantum entanglement.
11. (understand)Students should be able to explain the advantage of entanglement over classical correlations.
12. (understand)Students should be able to explain the power and limitations of quantum computers.