ections by T/2. are the corresponding operat- and their matrix representat of cotog llowa

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The quantum computer of your choice can only do rotations (=gates) around the
x and y directions by T/2.
(a) What are the corresponding operators for the x and y rotations in braket no-
tation and their matrix representation using the the logical basis?
(b) What sequence of gates allows you to implement the z-gate, i.e. a rotation
around the z axis?
Transcribed Image Text:The quantum computer of your choice can only do rotations (=gates) around the x and y directions by T/2. (a) What are the corresponding operators for the x and y rotations in braket no- tation and their matrix representation using the the logical basis? (b) What sequence of gates allows you to implement the z-gate, i.e. a rotation around the z axis?
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