Palladium and Titanium Yield Trillion‑Fold Increase in Low‑Energy Fusion
Researchers at the University of California, Davis and Lawrence Berkeley National Laboratory conducted low‑energy nuclear fusion experiments using thin metal foils of palladium hydride and titanium hydride loaded with deuterium. The team, including Arun Persaud and Thomas Schenkel, observed measurable fusion reactions at projectile energies below 2.5 keV. At the lowest energies tested, the fusion yield was reported to be more than 10¹⁸ times higher than the theoretical expectation for unshielded nuclei, a rise described as a trillion‑fold increase relative to the near‑zero baseline. The experiments showed a plateau in reaction rate, indicating that the fusion remained detectable even as energy decreased. The findings suggest that palladium and titanium can actively enhance low‑energy fusion, though they do not amplify an already strong reaction but rather sustain measurable output where none was expected.
Entities: Arun Persaud · Lawrence Berkeley National Laboratory · Palladium · Titanium · University of California, Davis
Claims
What the coverage asserts, and how well corroborated each claim is across sources.
- [● 7 SOURCES] Measurable fusion reactions were observed at projectile energies below 2.5 kiloelectronvolts (All articles)
- [● 7 SOURCES] A plateau in reaction rate was observed, indicating sustained measurable fusion despite decreasing energy (All articles)
- [● 7 SOURCES] The yield corresponds to a trillion‑fold increase relative to the near‑zero theoretical baseline (All articles)
- [● 7 SOURCES] Researchers at the University of California, Davis and Lawrence Berkeley National Laboratory performed low‑energy nuclear fusion experiments using thin metal foils of palladium hydride and titanium hy (All articles)
- [● 7 SOURCES] The observed fusion yield was more than 10¹⁸ times higher than the theoretical expectation for unshielded nuclei at those energies (All articles)
- [● 7 SOURCES] The experiments used deuterium as the target nuclei in the metal foils (All articles)
- [● 7 SOURCES] Researchers Arun Persaud and Thomas Schenkel led the investigation at Berkeley Lab (All articles)