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Add Bang et al. 2026 laser-cluster fusion experiment (Nature Sci Rep)
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src/components/EvidenceTable.tsx

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@@ -68,6 +68,13 @@ const EvidenceTable = () => {
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outcomeKey: 'exp8Outcome',
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confidence: 'high',
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paperUrl: 'https://www.nature.com/articles/s41586-025-09042-7'
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},
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{
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titleKey: 'exp9Title',
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measurementsKey: 'exp9Measurements',
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outcomeKey: 'exp9Outcome',
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confidence: 'high',
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paperUrl: 'https://www.nature.com/articles/s41598-026-35722-z'
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}
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]
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src/data/experiments/index.ts

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@@ -272,5 +272,30 @@ export const topTenExperiments: ExperimentDetail[] = [
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enhancement: '15_percent',
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reproducibility: 'consistent'
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}
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},
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{
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id: 'bang-corels-2026',
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titleKey: 'exp11DetailTitle',
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authors: 'W. Bang et al. (CoReLS, Korea)',
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year: 2026,
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journalKey: 'exp11Journal',
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paperUrl: 'https://www.nature.com/articles/s41598-026-35722-z',
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confidence: 'high',
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category: 'plasma',
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objectiveKey: 'exp11Objective',
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methodsKey: 'exp11Methods',
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resultsKey: 'exp11Results',
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replicationStatusKey: 'exp11Replication',
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significanceKey: 'exp11Significance',
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limitationsKey: 'exp11Limitations',
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apparatus: ['ti_sapphire_laser', 'cd4_cluster_jet', 'cd2_target', 'neutron_tof_detectors', 'mcp_ion_detector'],
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measurements: ['neutron_yield', 'ion_temperature', 'yield_enhancement_ratio'],
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materials: ['deuterated_methane_cd4', 'deuterated_polyethylene_cd2', 'aluminum_foil_substrate'],
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conditions: {
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laser_intensity: '1.2 × 10^19 W/cm²',
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pulse_duration: '25 fs',
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ion_temperature: '60-100 keV',
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enhancement: '2x-3.5x (55% coverage), up to 5.6x (full 4π)'
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}
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}
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]

src/i18n.ts

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exp8Measurements: "Wydajność neutronów z Pd + ładowanie elektrochemiczne",
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exp8Outcome: "~15% zwiększenie szybkości neutronów",
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exp9Title: "Bang i in. 2026 (CoReLS)",
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exp9Measurements: "Fuzja laserowo-klastrowa DD + dodatkowy targ CD2",
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exp9Outcome: "2-3.5x zwiększenie wydajności neutronów (do 5.6x przy pełnym pokryciu)",
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// Detailed experiment documentation
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// Experiment 1: Fleischmann & Pons 1989
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exp1DetailTitle: "Fleischmann & Pons (1989) - Pierwsze Twierdzenie o Zimnej Fuzji",
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exp10Significance: "Pierwszy jednoznacznie pozytywny wynik związany z ładowaniem w głównym czasopiśmie",
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exp10Limitations: "Niewielki efekt wzmocnienia, ograniczony do konfiguracji wiązka-cel",
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// Experiment 11: Bang et al. 2026
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exp11DetailTitle: "Bang i in. (2026) - Zwiększenie Wydajności Fuzji przez Wtórne Reakcje Wiązka-Targ",
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exp11Journal: "Nature Scientific Reports",
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exp11Objective: "Eksperymentalna demonstracja wtórnych reakcji fuzji wiązka-targ w laserowo-klastrowych eksperymentach fuzji",
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exp11Methods: "Laser petawatowy (25 fs) naświetlający klastry CD4, z dodatkowym targiem CD2 otaczającym plazmę fuzyjną",
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exp11Results: "Zwiększenie wydajności neutronów 2-3.5x przy temperaturach jonów 60-100 keV; model teoretyczny zgodny z eksperymentem",
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exp11Replication: "Pierwsza eksperymentalna demonstracja; wyniki zgodne z modelem teoretycznym",
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exp11Significance: "Otwiera drogę do badania przekrojów czynnych fuzji w zakresie sub-100 keV, istotnym dla astrofizyki",
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exp11Limitations: "Pojedynczy eksperyment; wymaga niezależnej replikacji; laser petawatowy ogranicza dostępność",
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// Models section
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modelsTitle: "Modele i Krytyka",
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modelsIntro: "Trzy fundamentalne ograniczenia kwestionują twierdzenia LENR:",
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exp8Measurements: "Neutron yield with Pd + electrochemical loading",
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exp8Outcome: "~15% neutron-rate enhancement",
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exp9Title: "Bang et al. 2026 (CoReLS)",
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exp9Measurements: "Laser-cluster DD fusion + secondary CD2 beam-target",
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exp9Outcome: "2-3.5x neutron yield enhancement (up to 5.6x with full coverage)",
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// Detailed experiment documentation
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// Experiment 1: Fleischmann & Pons 1989
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exp1DetailTitle: "Fleischmann & Pons (1989) - Original Cold Fusion Claim",
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exp10Significance: "First unambiguously positive loading-related result in major journal",
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exp10Limitations: "Small enhancement effect, limited to beam-target configuration",
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// Experiment 11: Bang et al. 2026
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exp11DetailTitle: "Bang et al. (2026) - Fusion Yield Enhancement via Secondary Beam-Target Reactions",
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exp11Journal: "Nature Scientific Reports",
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exp11Objective: "Experimental demonstration of secondary beam-target fusion reactions in laser-cluster fusion experiments",
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exp11Methods: "Petawatt laser (25 fs) irradiating CD4 clusters, with additional CD2 target surrounding the fusion plasma",
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exp11Results: "Neutron yield enhancement of 2-3.5x at ion temperatures of 60-100 keV; theoretical model matches experiment",
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exp11Replication: "First experimental demonstration; results consistent with theoretical predictions",
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exp11Significance: "Opens path to studying fusion cross sections in the sub-100 keV regime relevant to astrophysics",
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exp11Limitations: "Single experiment; requires independent replication; petawatt laser limits accessibility",
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// Models section
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modelsTitle: "Models and Critiques",
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modelsIntro: "Three fundamental constraints challenge LENR claims:",

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