Universal Superposition of Orthogonal States: Difference between revisions

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###'''Then:''' Accept the round
###'''Then:''' Accept the round
###'''Else:''' Reject.
###'''Else:''' Reject.
### The successful output is in the form: </br>
### The successful output is in the form:
<math>|\Psi\rangle = C(\alpha |\psi\rangle + \beta e^{i\eta} |\psi^\perp\rangle)</math></br>
<math>|\Psi\rangle = C(\alpha |\psi\rangle + \beta e^{i\eta} |\psi^\perp\rangle)</math></br>
<math>e^{i\eta}</math> is a relative phase which is <math>\frac{\langle1|\psi\rangle}{\langle0|\psi^\perp\rangle}</math></br>
<math>e^{i\eta}</math> is a relative phase which is <math>\frac{\langle1|\psi\rangle}{\langle0|\psi^\perp\rangle}</math></br>
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