ISSN 2227-3123
Vol. 41, 2026June 06, 2026 CEST
A New and Improved Understanding of Cold Fusion Based on the Observed Behavior
A New and Improved Understanding of Cold Fusion Based on the Observed Behavior
Articles in Vol. 41, 2026
Vol. 41, 2026
- Excess Heat and Influences of Temperature and Atmosphere on the Microstructure of Pd-Ni-Zr Alloy NanopowdersYanxia LiangHui ZhaoLinghui HouDahai LiuXinhua MaJunli HouWuyun XiaoWu-Shou Zhang
- Experiment on Detecting Neutrons Produced by Low-Energy Nuclear Reactions Using CR-39Hang ZhangKang Zhou
- Current Status of Research and Development of Condensed Matter Nuclear Science in JapanYasuhiro Iwamura
- Measurement of Radiant Spectrum for Excess Heat Generation in NiCu and Ni Thin Film During Hydrogen Gas DesorptionJ. KasagiT. ItohY. ShibasakiY. Iwamura
- Heat Measurement in Hydrogen Absorption into Metal Composite Powder and Thin FilmsTomoki KawaradaTakuya KitabayashiTomo NemotoSaaya SasakiYouichi TakedaAiko ShojiShinya Narita
- A New and Improved Understanding of Cold Fusion Based on the Observed BehaviorEdmund Storms
- An XAFS Study on the Surface Structure After an Anomalous Heat Generation Experiment Using a Material System of Ni/Cu Multilayer on Ni SubstrateTatsumi HiokiYasuhiro IwamuraTakehiko ItohJirohta KasagiShinobu YamauchiTomonori Takahashi
- Ordinary H-Humidity Can Inactivate D-Loaded CF/LANR ComponentsMitchell R. SwartzGayle M. VernerPeter L. Hagelstein
- Preloaded NANOR®-Tech Trumps the “TDK Energy Solution”Mitchell SwartzGayle Verner
- Discussion on Causal Network of LENR ProcessWu-yun XiaoDa-hai LiuXin-hua MaYan-xia LiangLing-hui HouKang ZhouJun-li HouWu-Shou Zhang
- Temperature Effects and Transmutations With High Frequency InductionHeinz B. Winzeler
- The Biophysical Reasons, Physical Mechanism and Experimental Implementation of Iodine to Xenon Transmutation in Biological SystemsVladimir I. VysotskiiAlla A. KornilovaSergey N. Gaydamaka
- High Incremental Power Gain is the Future of CF/LANRMitchell R. Swartz
- Coenergy Enables Force Calculations and Loading MeasurementMitchell R. SwartzJoshua C. Gyllinsky
- Excess Power Gain Using Deuterated NiobiumMitchell R. Swartz
- Multiple Scattering, Coherent Resonance, Quantum Flux and Quantum Hydrogen EnergyXingzhong LiChanglin LiangSi ChenJian TianBin LiuZhanming DongGuisong HuangShuxin Zheng
- Detonation in Hydrogen-Carbon Cluster Heterogeneous PlasmaA. KlimovA. Pashchina
- Exothermic Phenomena in Hydrogen Desorption Experiments Using Pd-Ni SamplesTakuya KitabayashiTomo NemotoTomoki KawaradaYouichi TakedaShinya Narita
- High Temperature LEC ExperimentsJean-Paul BberianRobert MichelChristophe Le Roux
- Anomalous Heat Effects via Longitudinal and Transversal Excitations in Constantan Wires: Advances in Electromigration and Plasma GenerationF. CelaniC. LorenzettiE. PurchiS. CupelliniM. NakamuraP. CerreoniG. Vassallo
- Introducing Hyper-Cold FusionRyoji Furui
- PrefaceShinya Narita
Storms, Edmund. 2026. “A New and Improved Understanding of Cold Fusion Based on the Observed Behavior.” Journal of Condensed Matter Nuclear Science 41 (June):1–18. https://doi.org/10.70923/001c.162973.