Reference: http://www.symmetrymagazine.org/breaking/2010/04/27/protons-not-as-strange-as-expected
There has been a great deal of speculation about the effect of electron penetration into the nucleus, and the hydrogen nucleus (proton) especially those carrying fractional quantum numbers. The G-Zero experiment has shot electrons through the proton for years to probe the internal structure of the proton. This research as found that the electrons must be polarized with contra-rotational spin to have any effect and when an effect is observed, the electron produces virtual quark pairs with the extra energy that the electron brings to the proton. The electron probes are scattered in an electric collision with the insides of the proton. They don’t stay inside the proton to produce a neutron. The take away, experimentation shows that electron integration with the nucleus does not occur and thus does not cause LENR. * * * * * *
