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(draft -- description to be added later)

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dstrain115 added a commit that referenced this pull request Aug 8, 2025
- These classes will be used within the classical simulator to represent
distributions of classical measurements.
- For instance, if measuring in the X-basis, you will get a random
result (0 or 1) possibly with an additional phase.
- This is part of the measurement-based uncomputation feature (MBUC).

Original work done by mpharrigan in #1678
dstrain115 added a commit to dstrain115/Qualtran that referenced this pull request Aug 9, 2025
- MeasX measures a qubit in the X basis.
- If simulated classically, this returns a
classical distribution of 0 and 1 with a possible
phase if 1 is measured.

Original work done by mpharrigan in quantumlib#1678
dstrain115 added a commit that referenced this pull request Aug 12, 2025
- MeasX measures a qubit in the X basis.
- If simulated classically, this returns a classical distribution of 0
and 1 with a possible phase if 1 is measured.

Original work done by mpharrigan in #1678
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mpharrigan commented Sep 13, 2025

this has been merged in parts xref #445 #65

@mpharrigan mpharrigan closed this Sep 13, 2025
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