6 protons can fuse and produce three neutrons through the emission of three positrons.
On Tue, Oct 14, 2014 at 1:02 PM, Alain Sepeda <[email protected]> wrote: > clearly the 6 proton have to be synchronous/intricated/coherent > > if you succeed with a 3 body p-e-p (which need some be be coherent) > why not 6. > > but you are right > 1D variant looks more acceptable > D->He4->li6 > > looks like Brillouin theory, but with Iwamura style (even hydrogen fusion). > > my reason to challenge the 1D sequence of pure hydroton is that the > intermediate 4H disintegrate with gamma... but maybe simply is the electron > a witness. > > there are many question, like the symmetry of electrons... it is more > symmetric with 3D 3p-3e-3p fusion. > > I don't say I'm right (it is improbable ah ah ) , just that it is too > early to eliminate hypothesis. > > > Something coherent have to happen anyway. > multibody reaction are required by LENR, this is not an argument. > > 3 body reaction without reaction and nearly impossible... 2 body is not > observed. > 3 or 6, are miracle, which mean there is a trick, an easy trick, easier > than hotfusion; if easy for 3 why not for 6 ? > > > 2014-10-14 15:03 GMT+02:00 Jones Beene <[email protected]>: > >> *From:* Alain Sepeda >> >> 6p+3e->li6 (add the neutrino) >> >> it can be made zero momentum >> >> >> >> I take it from hydroton theory, with a possibility that it is not 1D, but >> 3D reaction >> >> >> >> Please clarify: six protons coming together at one time is a six-body >> reaction, no? How do all 6 get there at the same instant in any dimension? >> > >
