cz#
Two-qubit controlled-Z (CZ) gate.
The CZ gate flips the relative phase of the \(|11⟩\) state. It can be represented by the unitary matrix
Full path: iqm.pulse.gates.cz
Functions
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Round a value to the nearest multiple of granularity. |
To save waveform memory, a (long) flat-top pulse, which is defined by its duration, full_width and rise_time, is divided into three consecutive parts (rise, flat, and fall), all of which conform to the granularity of the device. |
Classes
CZ gate using a CosineRiseFall flux pulse on the coupler. |
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Controlled-Z two-qubit gate. |
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CZ gate using a GaussianSmoothedSquare flux pulse on the coupler. |
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CZ gate using a Slepian flux pulse on the coupler. |
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Controlled-Z two-qubit gate. |
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CZ gate using a Slepian flux pulse on the coupler and a CosineRiseFall flux pulse on the qubit. |
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CZ gate using a TruncatedGaussianSmoothedSquare flux pulse on the coupler. |
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Base class for CZ gates with coupler flux pulse and a qubit AC Stark pulse. |
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Discrete two locus component gate implemented using flux pulses, virtual RZs, and the interaction mediated by the coupler. |
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CZ gate using a CosineRiseFall flux pulse on the coupler and on the qubit. |
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Flux pulse gate implementation realized as a 3-part pulse sequence, consisting of |cosine rise|Constant|cosine fall|. |
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CZ gate using a TruncatedGaussianSmoothedSquare flux pulse on the coupler and a CosineRiseFall flux pulse on the qubit. |
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Constant flux pulse on both qubit and coupler with smooth rise/fall. |
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Constant flux pulse on coupler with smooth rise/fall. |
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Constant flux pulse on qubit with smooth rise/fall |
Inheritance
