I will answer my question as follows: http://arxiv.org/pdf/1304.0365v2.pdf
*Spin interactions in mesons in strong magnetic field* quote: It is remarkable, how magnetic field (m/f.) changes the spin-spin forces. First of all, the matrix element of the high frequency (hf) term V (H) 4 (r) ∼ (3)(r), in the strong m.f. is proportional to the 2(0) – the probability of coming together of quark (q) and antiquark (¯q), which in strong m.f. grows as eB The formation of mesons is proportional to the magnetic field strength. This might well be the reason why the LENR reaction is dependent on the strength of the magnetic field. In a weak magnetic field, NI61 does not enter into the LENR reaction whereas the zero spin isotopes of nickel do. However, in a very strong magnetic field, all nuclear spin configurations will enter into a LENR reaction. On Wed, Feb 19, 2014 at 9:20 AM, Axil Axil <[email protected]> wrote: > Intense EMF will breakdown the vacuum, electric fields produce > electron/positron particle pairs that do not immediately self-annihilate; > intense magnetic fields produce mesons out of the vacuum. > > > > How do you account for this connection between EMF and the vacuum in the > theories that you are partial to? > > > > >
