Transmutation of elements must be based on the disruption of the nucleus.

Even a chicken can transmute elements to produce its eggs.

http://www.infinite-energy.com/iemagazine/issue34/bookreview_biotrans.html


On Tue, Jul 8, 2014 at 5:36 PM, Jones Beene <[email protected]> wrote:

>                 From: Axil Axil
>                 One of the most amazing LENR systems of them all is the
> Cravens golden ball system. It is so energy weak, relatively cool, small
> scale, and gentle that it is hard to imagine its energy is derived from
> nuclear processes.
> Yes, the NI-Week demo is amazing and under-appreciated, but there is no
> evidence that Craven’s device is nuclear. There is plenty of evidence that
> nanomagnetism is involved. That could be the important detail – along with
> the addition of samarium cobalt to instigate superparamagnetism.
> Cravens does believe the effect is nuclear, since it was based on the Les
> Case reactor, which Case thought was nuclear. According to Cravens:
> (http://www.infinite-energy.com/images/pdfs/NIWeekCravens.pdf)  the golden
> ball contains activated carbon, metal alloy, magnetic powder, hydrogen
> storage material and deuterium gas. He admits that there are as many ideas
> of the exact reaction as there are theorists.
> Even among theorists, T-Symmetry is seldom invoked for LENR – but maybe it
> should be in the Cravens experiment. There has been no positive test to
> confirm helium – and until that happens, everyone is free to speculate. My
> opinion is that there is no fusion BUT at the same time, no CoE violation
> since there is symmetry breaking.
> Although it is a minority view –there are literally hundreds of papers on
> intense magnetic fields and symmetry breaking. Since symmetry breaking can
> serve to void conservation of energy concerns, the bottom line is that
> nuclear reactions may not be required for energy gain if a magnetic field
> is
> distorting either time or space at the nanoscale –
> … so why imagine nuclear fusion when there is no supporting evidence ?
>
>

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