Adjacent possible: concepts shared across domains with no citation path (Swanson A–B–C)

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select c.label as bridge, a.id as claim_a, a.domain as domain_a, b.id as claim_b, b.domain as domain_b from claim_concept ca join claim a on a.id = ca.claim_id join claim_concept cb on cb.concept_id = ca.concept_id and cb.claim_id > ca.claim_id join claim b on b.id = cb.claim_id join concept c on c.id = ca.concept_id where a.domain <> b.domain and not exists (select 1 from citation_edge e where (e.from_lom_id = a.about_lom_id and e.to_lom_id = b.about_lom_id) or (e.from_lom_id = b.about_lom_id and e.to_lom_id = a.about_lom_id)) order by bridge

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bridgeclaim_adomain_aclaim_bdomain_b
noisy argmax: probability that the best-by-noisy-score is the true best decreases with N at fixed pairwise accuracy ts-claim-mg1-noisy-tournament-selection CS / evolutionary computation ts-claim-z1-listwise-collapse-global-discrimination CS / ML agents
pairwise comparison accuracy ts-claim-th1-comparative-judgment-noise psychometrics / statistics ts-claim-z1-listwise-collapse-global-discrimination CS / ML agents
within-claim polarity concordance: mixed SUPPORTS/REFUTES evidence vs the independence baseline ts-claim-c2-scifact-mixed-polarity CS / NLP / metascience ts-claim-cf1-contested-claim-level climate / NLP / claim verification
within-claim polarity concordance: mixed SUPPORTS/REFUTES evidence vs the independence baseline ts-claim-cf1-contested-claim-level climate / NLP / claim verification ts-claim-so1-contested-after-open-retrieval CS / NLP / claim verification