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The Physics of Why Cold Fusion Isn't Real

StartsWithABang writes If you can reach the fabled "breakeven point" of nuclear fusion, you'll have opened up an entire new source of clean, reliable, safe, renewable and abundant energy. You will change the world. At present, fusion is one of those things we can make happen through a variety of methods, but — unless you're the Sun — we don't have a way to ignite and sustain that reaction without needing to input more energy than we can extract in a usable fashion from the fusion that occurs. One alternative approach to the norm is, rather than try and up the energy released in a sustained, hot fusion reaction, to instead lower the energy inputted, and try to make fusion happen under "cold" conditions. If you listen in the right (wrong?) places, you'll hear periodic reports that cold fusion is happening, even though those reports have always crumbled under scrutiny. Here's why, most likely, they always will.

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  1. Why Cold Fusion (or something like it) Is Real by Baldrson · · Score: 0, Flamebait

    Ethan Siegel writes: "All good science is repeatable: set up an experiment, tell me how you did it, report your results, and with the proper equipment, I should be able to set up a similar experiment, do the same things you did and get the same results. If I can’t, and others can’t, you didn’t do good science."

    Oh yeah?

    The preamble to the DoE's 1989 cold fusion review panel's report reads:

    "Ordinarily, new scientific discoveries are claimed to be consistent and reproducible; as a result, if the experiments are not complicated, the discovery can usually be confirmed or disproved in a few months. The claims of cold fusion, however, are unusual in that even the strongest proponents of cold fusion assert that the experiments, for unknown reasons, are not consistent and reproducible at the present time. However, even a single short but valid cold fusion period would be revolutionary." --Norman Ramsey

    Dr. Norman Ramsey Jr., Nobel laureate and professor of physics at Harvard University was the only person on the the 1989 Department of Energy cold fusion review panel to voice a dissenting opinion. Ramsey insisted on the inclusion of this preamble as an alternative to his resignation from the panel. The committee acquiesed because he was its co-chair and the only Nobel laureate on the committee.

    Dr. Ramsey's condition has been fulfilled hundreds of times over the last quarter century and there has been absolutely no acknowledgement by the APS of its crime.

    Los Alamos nuclear chemist Ed Storms's peer reviewed paper published in the German counterpart of the British "Nature":

    Status of Cold-Fusion (2010)