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We analyze a two-level quantum system, describing the phase qubit, during asingle-pulse readout process by a numerical solution of the time-dependentSchroedinger equation. It has been demonstrated that the readout error has aminimum for certain values of the system`s basic parameters. In particular, theoptimization of the qubit capacitance and the readout pulse shape leads tosignificant reduction of the readout error. It is shown that in an ideal casethe fidelity can be increased to almost 97% for 2 ns pulse duration and to 96%for 1 ns pulse duration.

Fine tuning of phase qubit parameters for optimization of fast single-pulse readout