https://www.lenr-forum.com/image-proxy/?key=db1875b281b9013a80f8668e6cdbd7c1ed5ca5a2110f7eb376584ea318f7c59a-aHR0cDovL2kuaW1ndXIuY29tLzFhMGFQTVguZ2lm
With a pile of spheres of various sizes, the EMF application goes way up at the smallest particle interface. This process is called the gear effect. On Tue, Feb 19, 2019 at 4:23 PM Jones Beene <[email protected]> wrote: > The best theoretical fit for explaining the target matter for laser > irradiation in the Holmlid effect, arguably involves the "binuclear atom" > instead of UDH. > > The binuclear atom theory of Cerofolini and Para proposes two protons and > two electrons in a single metastable unit - not a molecule but an atomic > unit. This atom is bound at about 30 eV but is metastable nevertheless due > to internal stress. The protons orbit each other at close range where the > strong force is balanced by electrostatic repulsion. > > Magnetism is the only natural mechanism for two units of UDH to bind to > each other as a target - but since hydrogen is diamagnetic that is > problematic. If two or more protons are required for the Holmlid effect > then UDH is hard to justify and the binuclear atom looks more intuitive. > > Having two very close protons as the target instead of one would allow for > a "standing wave amplification effect," such as is seen in the plasma grape > phenomena. Therefore, there is a better fit with the binuclear atom theory > in a hybrid approach. > > This hybrid approach of course is too far removed from Holmlid's theory > for him to consider - but that doesn't mean it is incorrect... > > OTOH... can anything valid in physics be based on the physics of grapes? > > In vino veritas ?? > > > <https://en.wikipedia.org/wiki/In_vino_veritas> > >
