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Cold Fusion Scientist Exonerated

Icarus1919 writes "New Scientist reports that the scientist who discovered a possible cold fusion reaction by bombarding a solvent with neutrons and sonic waves has recently been exonerated of accusations of scientific misconduct following the verification of his results by another scientist."

2 of 171 comments (clear)

  1. Doesn't mean he's *right* by gardyloo · · Score: 5, Insightful

    First, the article title is VERY misleading. As others have pointed out, the question at hand is whether sonoluminescence can lead to fusion. In some peoples' minds, this is "cold" fusion, because the whole damned apparatus doesn't have to be a plasma. However, where the fusion is claimed to be taking place (in the middle of tremendously cavitating bubbles) *IS* in a plasma state (at least for part of an acoustic cycle). Thus, this might be better termed "locally hot" fusion or something. Or just "sonofusion", which everyone in the field seems to understand.

        Second, the New Scientist blurb is interesting in that Rusi seems to have been cleared of scientific fraud. The question, if I remember correctly, was whether the neutrons he was seeing were due to poor experimental techniques, contamination (accidental or purposeful), or simply weren't there in the first place. This blurb SEEMS to clear him of accusations of purposeful contamination and just making up the existence of neutrons. However, it doesn't mean that they were really there, and certainly not that he's really found thermal neutrons from fusion in his experiments. THAT will take a whole lot more "confirmation".

          (IAAP, but haven't been following this conflict closely. The last I paid attention was at the ASA meeting last December in Hawai'i. So I'm sure someone will correct my--- inadvertent---mistakes. This is, after all, Slashdot.)

  2. Re:So... by senatorpjt · · Score: 4, Insightful

    The article says yes. Of course, low temperature fusion is already old hat anyway (Farnsworth Fusor.) The article doesn't say whether the reaction produces more energy than it consumes, which is what would make it interesting.