Fix "muln" variants

Coauthor Aryan Blaauw pointed out, the QInterface decomposition-based implementations of muln variants were wrong, at least in edge cases, if not more generally. Unfortunately, the canonical gate-based decompositions would require ancillary qubits, which would violate the design standards of Qrack's ALU methods. It is possible to build up these muln (or pown) variants from controlled addition and subtraction, as in Shor's original report on his eponymous algorithm, with the ancillary registers, and our controlled addition and subtraction methods are gate-based decompositions, if that's the user-code requirement. But, at least, we remove the faulty decomposition-based QInterface overloads in favor of maximally entangling kernel-based implementations already available in the Qrack library.

Full Changelog: v2.25.2...v2.52.3

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