QuantumPro · Public research infrastructure · Read-only corpus discovery

QuantumPro: 63,238 records. Zero unsupported winners.

QuantumPro’s Quantum Corpus Observatory is an evidence-bounded website for a refreshed quantum-computing arXiv corpus. It helps research agents and human reviewers discover the current corpus, inspect screening hypotheses, follow primary-source records, and distinguish abstract-evidence screening from experimental or funding claims.

63,238-record corpus scope

The public register covers 63,238 unique records selected from quant-ph, cs.ET, cs.DC, physics.comp-ph, and cond-mat.quant-gas. The proven original-submission interval runs from 1 January 2024 through 20 August 2026.

Screening result and evidence boundary

The methodology generated 200 cross-category hypotheses and applied 25 coherence plus 25 overreach abstract-evidence dimensions. No candidate passed the Tier-1 or Tier-1-marginal threshold. Five leading candidates received primary-source review; none supplied a demonstrated two-paper integration mechanism. The register is designed for falsification and discovery, not causal proof, experimental validation, or funding decisions.

Evidence-bound register

283 routing pairs.
43 full-paper certifications.

V4 remains a bounded, signal-independent review slate from the reconstructed 63,238-record corpus. Its fixed 43-pair integration cohort completed full-paper 50-dimension certification: 0 Full Pass, 0 Tier-1 Marginal, and 43 Tier-2 pairwise fusions.

283
Review pairs
43
Full-paper scorecards
0
Tier-1 or Full Pass
50
Dimensions per pair
Read this first

Routing and certification remain separate.

Every row below remains a source-linked routing record. The completed certification applies only to the locked 43 integration-priority pairs and evaluates the proposed fusion, not either paper’s standalone merit. The independent verifier confirmed all 43 totals, classifications, locked membership, the PDF fallback, and the conservative interface-first recheck.

Bounded V4 routing slate

Discovery lanes, source links, and explicit limits.