{"data":{"id":"twin-primes","statement_oneline":"There are infinitely many primes p such that p + 2 is also prime.","statement_full_latex":"There exist infinitely many primes $p$ with $p+2$ prime.","source":{"title":"Twin prime conjecture (antiquity/attributed de Polignac 1849)","arxiv":null,"url":"https://en.wikipedia.org/wiki/Twin_prime_conjecture","year":1849,"area":"math.NT"},"renown":{"score":5,"rationale":"Iconic; Zhang-Maynard-Polymath brought the proven gap to 246.","scored_by":"founder"},"attackability":{"score":0,"rationale":"An infinitude claim has no finite counterexample witness at all; pure trophy.","subscores":{"finite_witness":0,"oracle_cost":0,"freshness":0,"seedability":0},"scored_by":"founder"},"status":"open","last_verified_open":"2026-01-15","added":"2026-07-25","ranking_score":0,"verification_tier":null,"ai_systems":[],"posed_by":null,"years_open":null,"notability":null,"source_trackers":[],"resolution_type":null,"resolver":null,"resolution_date":null,"evidence_url":null,"evidence_note":null,"method_note":null,"effective_status":"open","claims":[],"status_events":[{"id":"seed-twin-primes","conjecture_id":"twin-primes","status":"open","date":"2026-07-25T00:00:00.000Z","actor":"human-admin","rationale":"Loaded from unified seed data.","note":"Loaded from unified seed data."}],"public_actions":[{"name":"claim","method":"POST","href":"/c/twin-primes/claim","verification":"email magic link"},{"name":"report_resolution","method":"POST","href":"/c/twin-primes/resolve","verification":"admin review"}],"resolutions":[]},"notice":"Status is community- and machine-tracked and may lag. Verify independently before investing effort."}