Abd, When a neutrino collides with a hydrogen proton you get a triple track. See photo on wilkipedia from 1970.
http://en.wikipedia.org/wiki/Neutrino Cold fusion is the production of neutrinos, which are also considered a dark matter candidate. They are colliding with Hydrogen and also triggering beta decays. That is what they do. Scientists expect a large amount of them from the sun, i just found massive particles of dark matter (in my model) orbiting through the center of hurricanes and tornadoes as well as triggering volcanoes, fish kills and bird kills and most sinkholes. All most likely expelled from the sun during high solar activity. No kidding, no gremlins Stewart Http://darkmattersalot.com On Thursday, October 11, 2012, Abd ul-Rahman Lomax wrote: > At 04:30 PM 10/8/2012, mix...@bigpond.com wrote: > >> In reply to Abd ul-Rahman Lomax's message of Sun, 07 Oct 2012 23:56:54 >> -0500: >> Hi, >> [snip] >> >These materials are not sensitive to "energetic photons," i.e., gamma >> rays. >> >> Gammas are absorbed by all solid matter to some extent, during which >> process >> energetic electrons are usually produced, which should then leave tracks. >> However electron tracks are likely to be longer and narrower than heavy >> particle >> tracks, which combined with the low absorption rate of the gamma rays >> would >> probably result more in a slight background "fogging" of the medium >> rather than >> the distinctive short tracks made by heavy particles. >> > > That makes sense. The materials are sold, however, as not being sensitive > to gamma radiation. > > My understanding is that the materials do self-heal to some extent. It > might be that those electron tracks simply are not disruptive enough for > the disruption to survive to the etch process. > > "Not sensitive" does not rule out some level of "fogging" as described. >
