Question: 3. A Pauli Z gate is applied to a normalized qubit |v ) = a10)+B|1). What is the output state of the qubit after the

3. A Pauli Z gate is applied to a normalized qubit |v ) = a10)+B|1). What is the output state of the qubit after the operation? A Pauli X gate is then applied to the qubit. What is the output state? What single gate can be applied to undo the action of both the gates and recover the qubit state ly) = a[0)+B|1) ? If you apply the gates in the reverse order (X first and then Z), how would your responses change? 3. A Pauli Z gate is applied to a normalized qubit |v ) = a10)+B|1). What is the output state of the qubit after the operation? A Pauli X gate is then applied to the qubit. What is the output state? What single gate can be applied to undo the action of both the gates and recover the qubit state ly) = a[0)+B|1) ? If you apply the gates in the reverse order (X first and then Z), how would your responses change
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
