The Higgs field is a FIELD, and the Higgs particle is a temporary non resonance disruption in the Higgs field akin to a virtual EMF particle. Being heavy, it does not exist for long. The lifetime of a virtual particle is inversely proportional to its mass. The Higgs particle is like the W and Z boson also being a heavy non-resonance disturbance in the weak force and force carrier of the Weak force. The Higgs field gives the W and Z boson their mass.
Those interested in LENR should understand what virtual particles are, how they behave, what they do, and how the various types of fundamental forces interact. Rossi should also be reading Feynman's books. By the way, I know what I need to do, I just have problems doing it...LENR is hard stuff. I have a disagreement with the naysayer Tom Clarke, about the way virtual particles behave. I say that they can be projected in a tight beam...Tom says that they must radiate in all directions and follow the inverse square law for spherical distribution. For radioactive isotopes to be rapidly stabilized in LENR as embodied in the Ni/H reactor, the strength of virtual particles must somehow be amplified by a projection in a tight beam. If this is found to be true in LENR for the EMF field, projection of the Higgs particle in a tight beam might also be accomplished in order to amplify the action of Higgs field to produce extreme mass localized at small point in space. This might be used to create nano-black holes. So sorry, please excuse me, just some vortex style speculation.
