Here is a bit of reflection about the differences and similarities between hot and cold fusion/fission.
In many ways, cold fusion and fission are completely different from their hot fusion and fission counterparts, but in other ways cold and hot fusion are the same. How the nuclear reaction of cold fusion and fission happen are different, but the amount of energy that is released is a function of the transmutation process that turns one element into another. Because of the conservation of energy, this process and its resultant energy production is based on the nature of the specific elements involved. Therefore, we can use hot fusion and fission nuclear numbers contained in standard nuclear engineering references to calculate the amount of nuclear energy produced in transmutation produced by cool fusion/fission. Specifically, the fusion of two deuterium atoms will produce the same amount of nuclear energy whether the DD fusion is produced by cold fusion or hot fusion. This assumption about nuclear energy production between hat and cold fusion was at the root of my preceding post. You confuse me in this regard, I do not understand your post. If you disagree, please take the time to explain, I would be interested in your reasons. On Wed, Nov 27, 2013 at 10:05 AM, Jed Rothwell <[email protected]>wrote: > I do not see this text at that website. Who write this text? Whoever wrote > it does not know the difference between hot fusion and cold fusion. > > - Jed > >
