PLEASE PLEASE ANSWER I WILL UPVOTE 1. Consider the QECC as presented in class. The results of the measurements cause the following actions: 00 Do nothing 01 Flip third qubit with an X gate 10 Flip second qubit with an X gate 11 Flip first qubit with an X gate (a) Given a qubit =210+211, model what happens when this qubit goes through the QECC scheme presented in class. Assume that while being transmitted from Alice to Bob, one of the three redundant qubits has it's phase flipped (as if it were to have gone through a Z gate). Show if this error will be detected and/or fixed by the algorithm below. (b) Change the circuit such that the top qubit will ultimately be "correct". You needn't do anything to correct the second and third qubits. (Correct, in this case, means probabilistically correct)..

1. PLEASE PLEASE ANSWER I WILL UPVOTE 1. Consider the QECC as presented in class.
The results of the measurements cause the following actions: 00 Do nothing 01 Flip third qubit
with an X gate 10 Flip second qubit with an X gate 11 Flip first qubit with an X gate (a) Given a
qubit =210+211, model what happens when this qubit goes through the QECC scheme presented
in class. Assume that while being transmitted from Alice to Bob, one of the three redundant
qubits has it's phase flipped (as if it were to have gone through a Z gate). Show if this error will
be detected and/or fixed by the algorithm below. (b) Change the circuit such that the top qubit
will ultimately be "correct". You needn't do anything to correct the second and third qubits.
(Correct, in this case, means probabilistically correct).