Constructive framework compiles quantum oracle interfaces from classical samples, indicating potential advancements in quantum computation.
This record contains the main manuscript and technical supplement for Quantum Oracle Sketching from Correlated Classical Samples. The manuscript develops a constructive conditional framework for compiling quantum-oracle-sketching interfaces from correlated classical samples. Under explicit additional assumptions, it addresses complete aligned IID refresh blocks, observable variance certificates, repeated-use oracle composition, total sparse access, norm-safe block encodings, and static finite-list PCA. The work is logically separate from the version-specific audit in the companion record Exact Counterexamples and Interface Gaps in Quantum Oracle Sketching. It does not claim to retroactively establish the arguments in arXiv:2604.07639v1; rather, it presents conditional constructions and explicit interface requirements under which related results can be recovered. The accompanying technical supplement provides complete proofs, imported-theorem contracts, and typed resource ledgers.
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Carmelo Vellón Gascón (2026) studied this question.
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