Highlights
Background
This is assignment four of a portfolio that will be composed of four assignments. Each of the four assignments is worth 25% , summing up to 100% of the total marks available for this module.
Assignment
Consider the following quantum circuit:
It consists of three CNOT gates in the middle of the circuit. The three-qubit input quantum register |xi is in some arbitrary quantum state. The other three-qubit input quantum register |000i is in the ground state. The gate F is an unknown quantum operation. The gate F−1 computes the inverse operation of F.
Analyse the operation of the circuit to determine what the values of the two three-qubit output quantum registers |Ai and |Bi are, depending on the properties of F and |xi. Clearly justify your answer.
Explain how you could, if possible, determine the operation of the gate F from this circuit. Answers should be provided in a report of up to 500 words. The word limit is an upper limit, not a target length. Text longer than the word limit will be ignored.
Learning Outcomes Assessed
• Evaluate and apply a suitable programming paradigm and language from a selection of them to solve a given problem.
• Discuss and contrast the issues, features, design and concepts of quantum comput- ing.
• Explain the conceptual foundations of quantum computing.
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