pith. sign in

Integrity report for Information Processing Capacity of Stationary Physical Systems: Theory, Data-efficient Estimation Methods, and Photonic Demonstration

A machine-verified record of the checks Pith has run against this paper: detector runs, findings, signed bundle events, and canonical identifiers.

arXiv:2605.19152 · pith:2026:I6XPGV2FWDWBMGPCMJ6UQQTE5Y

0Critical
0Advisory
8Detectors run
2026-05-27Last checked

Paper page arXiv integrity.json bundle.json

Detector runs

doi_title_agreement completed v1.0.0 · findings 0 · 2026-05-27 01:03:08.231142+00:00
doi_compliance completed v1.0.0 · findings 0 · 2026-05-26 02:30:07.895882+00:00
claim_evidence completed v1.0.0 · findings 0 · 2026-05-26 00:43:57.048937+00:00
doi_title_agreement completed v1.0.0 · findings 0 · 2026-05-21 07:31:38.893363+00:00
doi_compliance completed v1.0.0 · findings 0 · 2026-05-21 07:24:28.538065+00:00
claim_evidence completed v1.0.0 · findings 0 · 2026-05-21 05:02:21.362435+00:00
cited_work_retraction completed v1.0.0 · findings 0 · 2026-05-20 18:52:09.412559+00:00
ai_meta_artifact skipped v1.0.0 · findings 0 · 2026-05-20 03:33:24.634442+00:00

Findings

No public integrity findings for this paper.

Signed record

The machine-readable record for this paper lives at /pith/I6XPGV2F/integrity.json. Pith Number bundles also include signed pith.integrity.v1 events where a Pith Number exists.