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I am not sure if what I am asking is already possible, but I could not find the documentation to implement it.
Situation:
I would like to create a model with local noise such that the measurement layer is not 'Mdefault' but can be customized using two types of measurements:
single qubit measurement in the Z basis
two-qubit parity measurement (returning 0 for the even subspace and 1 for the odd subspace)
Furthermore, I would like to explicitly indicate which qubit are measured with single-qubit measurements, which pairs of qubit undergo a parity measurement, and which qubits are left unmeasured.
If this is already possible, could you provide an example?
Otherwise is there interest in such extension?
The text was updated successfully, but these errors were encountered:
I am not sure if what I am asking is already possible, but I could not find the documentation to implement it.
Situation:
I would like to create a model with local noise such that the measurement layer is not 'Mdefault' but can be customized using two types of measurements:
Furthermore, I would like to explicitly indicate which qubit are measured with single-qubit measurements, which pairs of qubit undergo a parity measurement, and which qubits are left unmeasured.
If this is already possible, could you provide an example?
Otherwise is there interest in such extension?
The text was updated successfully, but these errors were encountered: