ISSN 2227-3123
Vol. 40, Issue 1, 2025December 02, 2025 CEST
Random Thermal Spikes Observed in 99% Palladium – 1% Uranium Alloy Foil Electrolytically Charged with Deuterium: Confirmation of Solid-State Fusion
Random Thermal Spikes Observed in 99% Palladium – 1% Uranium Alloy Foil Electrolytically Charged with Deuterium: Confirmation of Solid-State Fusion
Douglas A. Pinnow, Kirk Miler,
Articles in Vol. 40, Issue 1, 2025
Vol. 40, Issue 1, 2025
- On the Exothermic Response Frequencies When PdD Is Subjected to coherent THz RadiationJ. S. Brown
- Random Thermal Spikes Observed in 99% Palladium – 1% Uranium Alloy Foil Electrolytically Charged with Deuterium: Confirmation of Solid-State FusionDouglas A. PinnowKirk Miler
- Thermodynamics in Lattice Assisted Nuclear ReactionsMitchell R. Swartz
- The Use of Graphene for Controlled LENR in Thin Conductive Targets via Optimized Low-Voltage Corona DischargeV. I. VysotskiiV. V. VysotskyyS. Bartalucci
- Stimulation of Efficient Low Energy Tritium Fusion Under The Action of a Weak Undamped Thermal Wave on Remote TiD TargetVladimir I. VysotskiiAlla A. KornilovaSergey N. Gaydamaka
Pinnow, Douglas A., and Kirk Miler. 2025. “Random Thermal Spikes Observed in 99% Palladium – 1% Uranium Alloy Foil Electrolytically Charged with Deuterium: Confirmation of Solid-State Fusion.” Journal of Condensed Matter Nuclear Science 40 (1): 6–20. https://doi.org/10.70923/001c.154699.