Manuscript Hawk01-A@1 · Hawk01-A.tex · section · 11979653
Reference provenance and reproducibility
Reference provenance and reproducibility · lines 2485–2524
Published references below use their original article, publisher, or author-hosted bibliographic records. Cheung's works are cited by the manuscript identifiers and versions supplied with the brief. Their publication dates, canonical full titles, and persistent article identifiers were not supplied and are not invented. They are therefore identified as unpublished manuscripts, with the relevant theorem or interface labels where available.
The references to those manuscripts are acknowledgments and interface comparisons. The proofs of this paper's operational, cutoff, conserving-completion, and sampling claims are given in the text. A submission should provide reviewers with the cited manuscript versions or an appropriate archival or supplementary route.
No greybody numerical table, detector forecast, source catalogue, or astrophysical intervention data are claimed. A numerical realization should archive:
the source field/species list and greybody solver;
the asymptotic frequency and time conventions;
mass range and semiclassical termination rule;
packet profiles and the full covariance matrix;
all cutoff tails and unbounded-moment audits;
the complete message, capture, and observer channels;
the decoding program and quantum/classical resource ledger;
the parameter cover and certified numerical errors;
the attempted-run sampling and validation procedure.
Spectrum software such as BlackHawk can cross-check emission and evolution inputs, but does not supply the message-dependent recovery dynamics ArbeyAuffinger2019. The exact version and inputs must be recorded if such a cross-check is performed.