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Refinement, review, classificazioni.", "tensions_proposed_n": 2, "review_required_n": 1, "non_application_n": 3 }, "filters": { "domain": [ "fisica" ], "type": [ "demo", "kernel", "library" ], "verifier_form": [ "benchmark", "human_review", "reproduction" ], "maturity": [ "transitional_candidate" ], "sort_options": [ "latest", "by_domain", "by_type", "by_maturity" ] }, "scoperte": [ { "dir": "20260429_three-layer-decomposition", "cycle_ts": "20260429", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "archived", "is_auto_scaffold": false, "title_proposal": "Tre strati nella memoria dei numeri primi", "slug_proposal": "three-layer-decomposition", "target_route_lab_note": "lab.d-nd.com/lab-notes/three-layer-decomposition", "target_route_cycle_report": "lab.d-nd.com/cycles/20260429_1041", "web_path_lab_note": "data/scoperte/20260429_three-layer-decomposition/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260429_three-layer-decomposition/cycle-report.draft.md" }, { "dir": "20260430_0330_three-regimes-of-modular-memory-algebraic_auto", "cycle_ts": "20260430_0330", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "draft", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] Three Regimes of Modular Memory: Algebraic (mod-3), Near-Uniform (mod-5), Statistical (mod-q)", "slug_proposal": "three-regimes-of-modular-memory-algebraic", "target_route_lab_note": "lab.d-nd.com/lab-notes/three-regimes-of-modular-memory-algebraic", "target_route_cycle_report": "lab.d-nd.com/cycles/20260430_0330", "web_path_lab_note": "data/scoperte/20260430_0330_three-regimes-of-modular-memory-algebraic_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260430_0330_three-regimes-of-modular-memory-algebraic_auto/cycle-report.draft.md" }, { "dir": "20260430_1905_observable-coherence-at-the-gue-poisson_auto", "cycle_ts": "20260430_1905", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "transitional", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] Observable Coherence at the GUE-Poisson Boundary: Primes Are Not \"Between\" \u2014 They Are Dipolar", "slug_proposal": "observable-coherence-at-the-gue-poisson", "target_route_lab_note": "lab.d-nd.com/lab-notes/observable-coherence-at-the-gue-poisson", "target_route_cycle_report": "lab.d-nd.com/cycles/20260430_1905", "web_path_lab_note": "data/scoperte/20260430_1905_observable-coherence-at-the-gue-poisson_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260430_1905_observable-coherence-at-the-gue-poisson_auto/cycle-report.draft.md" }, { "dir": "20260430_1919_the-dipolar-vector-is-locked-prime_auto", "cycle_ts": "20260430_1919", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "transitional", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] The Dipolar Vector Is Locked: Prime Ordering Has One Degree of Freedom, Not Two", "slug_proposal": "the-dipolar-vector-is-locked-prime", "target_route_lab_note": "lab.d-nd.com/lab-notes/the-dipolar-vector-is-locked-prime", "target_route_cycle_report": "lab.d-nd.com/cycles/20260430_1919", "web_path_lab_note": "data/scoperte/20260430_1919_the-dipolar-vector-is-locked-prime_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260430_1919_the-dipolar-vector-is-locked-prime_auto/cycle-report.draft.md" }, { "dir": "20260430_1946_the-dipolar-angle-reference-frame-primes_auto", "cycle_ts": "20260430_1946", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "transitional", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] The Dipolar Angle Reference Frame: Primes Are Not Weak GUE", "slug_proposal": "the-dipolar-angle-reference-frame-primes", "target_route_lab_note": "lab.d-nd.com/lab-notes/the-dipolar-angle-reference-frame-primes", "target_route_cycle_report": "lab.d-nd.com/cycles/20260430_1946", "web_path_lab_note": "data/scoperte/20260430_1946_the-dipolar-angle-reference-frame-primes_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260430_1946_the-dipolar-angle-reference-frame-primes_auto/cycle-report.draft.md" }, { "dir": "20260430_three-regimes-modular-memory", "cycle_ts": "20260430", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "draft", "is_auto_scaffold": false, "title_proposal": "Tre regimi di memoria modulare nei primi", "slug_proposal": "three-regimes-modular-memory", "target_route_lab_note": "lab.d-nd.com/lab-notes/three-regimes-modular-memory", "target_route_cycle_report": "lab.d-nd.com/cycles/20260430_0330", "web_path_lab_note": "data/scoperte/20260430_three-regimes-modular-memory/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260430_three-regimes-modular-memory/cycle-report.draft.md" }, { "dir": "20260501_0330_markov-decomposition-of-the-dipolar-angle_auto", "cycle_ts": "20260501_0330", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "transitional", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] Markov Decomposition of the Dipolar Angle: Pair Statistics Explain 80% but Not All", "slug_proposal": "markov-decomposition-of-the-dipolar-angle", "target_route_lab_note": "lab.d-nd.com/lab-notes/markov-decomposition-of-the-dipolar-angle", "target_route_cycle_report": "lab.d-nd.com/cycles/20260501_0330", "web_path_lab_note": "data/scoperte/20260501_0330_markov-decomposition-of-the-dipolar-angle_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260501_0330_markov-decomposition-of-the-dipolar-angle_auto/cycle-report.draft.md" }, { "dir": "20260501_0725_the-dipolar-angle-is-pair-complete_auto", "cycle_ts": "20260501_0725", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "pre_discovery", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] The Dipolar Angle Is Pair-Complete: Markov-3 Memory Is Orthogonal to (SR, L1)", "slug_proposal": 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"data/scoperte/20260501_0931_the-gue-poisson-crossover-has-a_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260501_0931_the-gue-poisson-crossover-has-a_auto/cycle-report.draft.md" }, { "dir": "20260502_0330_the-dipolar-phase-transition-is-nearly_auto", "cycle_ts": "20260502_0330", "lab_instance": "fisica", "ssp_state": "scoperte", "status": "pre_discovery", "is_auto_scaffold": true, "title_proposal": "[TARGET \u2014 TM1 refinement] The Dipolar Phase Transition Is Nearly Universal; The Direction Is Diagnostic", "slug_proposal": "the-dipolar-phase-transition-is-nearly", "target_route_lab_note": "lab.d-nd.com/lab-notes/the-dipolar-phase-transition-is-nearly", "target_route_cycle_report": "lab.d-nd.com/cycles/20260502_0330", "web_path_lab_note": "data/scoperte/20260502_0330_the-dipolar-phase-transition-is-nearly_auto/lab-note.draft.md", "web_path_cycle_report": "data/scoperte/20260502_0330_the-dipolar-phase-transition-is-nearly_auto/cycle-report.draft.md" } ], "applications_candidate": [ { "dir": "20260430_0330_three-regimes-of-modular-memory-algebraic", "cycle_ts": "20260430_0330", "lab_instance": "fisica", "name": "[TARGET] mod-3-is-unique-algebraic-prohibition-lib", "type": "library", "discovery_finding_idx": 1, "verifier_form": "benchmark", "status": "draft", "maturity": "transitional_candidate", "web_path_manifest": "data/soluzioni/20260430_0330_three-regimes-of-modular-memory-algebraic/manifest.draft.json", "web_path_finding_index": "data/soluzioni/20260430_0330_three-regimes-of-modular-memory-algebraic/finding_index.draft.json", "web_path_summary": "data/soluzioni/20260430_0330_three-regimes-of-modular-memory-algebraic/summary.draft.md" }, { "dir": "20260430_0330_three-regimes-of-modular-memory-algebraic", "cycle_ts": "20260430_0330", "lab_instance": "fisica", "name": "[TARGET] mod-3-is-unique-algebraic-prohibition-kernel", "type": "kernel", "discovery_finding_idx": 1, "verifier_form": "human_review", "status": "draft", "maturity": 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closed formula.", "role": "negative_result", "skip_reason": "negative result (score=4); no positive operational consequence" }, { "dir": "20260430_0330_three-regimes-of-modular-memory-algebraic", "cycle_ts": "20260430_0330", "lab_instance": "fisica", "finding_id": 5, "title": "Literature context (L5):", "role": "literature_rediscovery", "skip_reason": "literature/rediscovery context (score=10); not a new operational finding" } ], "prodotti_maturi": [], "tensions_proposed": [ { "file": "applications/_tensions_proposed/refinement_29_04_perimetro_p5.md", "proposed_at": "2026-04-30T16:10:00+02:00", "type": "refinement_loop", "origin_cycle": "20260429_1041", "status": "proposed (non ancora in seme.json)" }, { "file": "applications/_tensions_proposed/refinement_30_04_drift_monotonia.md", "proposed_at": "2026-04-30T19:14:00+02:00", "type": "refinement_loop", "origin_cycle": "20260430_1905", "status": "proposed (non ancora in seme.json)" } ], "boundary": [ "JSON di sola lettura per UI consumption", "Niente claim verified \u2014 tutti gli applications_candidate sono draft/transitional", "scoperte transitional: pubblicate con visible_risks dichiarati (high_flags)", "prodotti_maturi vuoto finch\u00e9 Stage 4 non gira con verification.json reale", "Rebuild a mano via questo script o post-pipeline trigger futuro" ] }