Axil,
You miscalculate.
A single electron in a current of 5 eV electrons can acquire far more
energy than 5 eV via collective effects.
As far as anapoles - Maybe.
But wasn't this just recently (last week) in the physics news?
It's possibly relevant, but I am skeptical.
-- Lou Pagnucco
Axil wrote:
> This bit of information ("*E*e ~ 5-10 eV" ) shows that energetic electrons
> are not involved in the reaction and therefore undercuts the W&L theory of
> low energy neutron formation.
>
>
> Do you refer to high-voltage, super-focused fields between nanoparticles?
>
> Anopole magnetic fields produce LENR.
>
> *If so, what reactions do they cause?*
>
>
>
> A ring like circulation of infrared light forms between nanoparticles
>
>
>
> Reference:
>
>
> http://www.nature.com/srep/2012/121025/srep00771/full/
> srep00771.html#supplementary-information
>
> Spontaneous knotting of self-trapped waves
>
> http://phys.org/news/2012-10-beautiful-physics-tying.html
>
> Beautiful physics: Tying knots in light
>
>
> These references show how light rings can form under special optical
> conditions. The theory of anapole magnetic weak force nuclear activation
> is
> predicated on the formation of light rings forming in the hot spots caused
> by polariton formation on the edges between nanoparticles
>
> The bottom line for this post, light ring plasmoid formation is possible
> that produce monopole like magnetic fields(anapole fields).
> [...]
