Loading reported materials and source evidence.
Read sample-qualified and computational methods, with open questions from captured paper editions.
Numbers here describe the source's samples or calculated models and conditions. They remain separate from selected catalogue results and classifications.
Fe1+δTe1−xSex series, including x = 0.48.
Retain δ and nominal versus measured composition. The cited NMR source was not captured. No native-edition sample or selected-result association is established.
Captured edition: 0911.4758v1. Complete PDF capture; bounded methods and classification review. No supplement checked.
Open captured paper edition ↗Equivalence to the retained ingestion and publisher edition remains unestablished.
Original PDF SHA-256: 3648d27c3f7a152518c9160c95cf4fa21a2419bbb4f35dbd601c9f5a317937c4
Derived text SHA-256: 22f18b59c63823a6d0b74b22cf74086eb8072c9b940d03ad0964f58d702b8fb3
Character ranges address the frozen PDF-derived text. Summaries above are paraphrases, not retained literal extractions. Current download bytes may differ from the captured hashes.
Undeuterated κ-[BEDT-TTF]2Cu[N(CN)2]Br with controlled thermal history.
Disorder provides an internal-pressure proxy; no numerical hydrostatic pressure is recovered. No selected catalogue Tc or result is linked to this source context.
Captured edition: cond-mat/0612431v1. Complete PDF capture; bounded methods and classification review. No supplement checked.
Open captured paper edition ↗Equivalence to the retained ingestion and publisher edition remains unestablished.
Original PDF SHA-256: 9d57f4ae6d69fff25920e91b4cb75bf2f182609b87e9de226b6b2600cbe8c2ce
Derived text SHA-256: dd2ffa0d638cc52d2d489084a9336deb179b905cee307bace5bf69b1108b33d0
Character ranges address the frozen PDF-derived text. Summaries above are paraphrases, not retained literal extractions. Current download bytes may differ from the captured hashes.
Polycrystalline trilayer resistance measurements and a separate stoichiometric theoretical model.
The onset and pressure are already retained in the same catalogue result. Predicted tetragonal I4/mmm and its transition descriptions (10–15 GPa in detailed results; around 20 GPa later) are separate from measured sample structure.
Captured edition: 2309.09462v4. Complete 10-page PDF capture; bounded method and claim review. No separate supplement fetched.
Open captured paper edition ↗The official arXiv record declares DOI 10.1103/PhysRevB.109.144511. Publisher and retained-ingestion byte equivalence remain unestablished.
Original PDF SHA-256: 4f45c314ec6617bd85507451f5936debfb1599abd1a41dd1330ca260198b93bb
Derived text SHA-256: 66540a883214bcc512a11778ab4c5f494e2ae888b4e1d1cebc3fa2a53e3dec93
Character ranges address the frozen PDF-derived text. Summaries above are paraphrases, not retained literal extractions. Current download bytes may differ from the captured hashes.
ThCa2H24 in the AB2H24 computational series: a theoretical table result at 300 GPa.
The stored formula, 250 K, 300 GPa and source.paper_id match this source table. This supports related reading; native-edition state, structure and run associations remain unestablished.
Captured edition: APS published PDF, 23 June 2025. Complete publisher PDF captured; pages 1–3 inspected for source identity, methods and Table I. No supplement or original calculation input files checked.
Open captured paper edition ↗Bowen Jiang, Xin Zhong and Hanyu Liu, Underlying mechanism for high-temperature superconductivity in ternary hydride AB2H24, Physical Review Research 7, 023296 (2025), DOI 10.1103/7lg7-l3x8. PDF states CC BY 4.0. Equivalence to retained ingestion bytes and current publication status remain unverified.
Original PDF SHA-256: d601beae68163ed8e423fca34cbf6513330a9a8b12cdff75b1d5f30d623d5a81
Derived text SHA-256: a31918c668f46c46f37683c1828bc3b64fce84b1de7d526918e38ca45cab63df
Character ranges address the frozen PDF-derived text. Summaries above are paraphrases, not retained literal extractions. Current download bytes may differ from the captured hashes.
Prepared on 4 October 2026. These source summaries establish no physical sample, state or selected-result association and make no canonical field updates.
Metadata SHA-256: aa70b25f3a9ab81da27fd01efa9bf33a9288027806b4040f861a3aab64ab8c6c
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