In reply to Jones Beene's message of Thu, 02 Aug 2007 08:36:55 -0700: Hi, [snip] >Two corrections so far - subject line and this: > >then this makes the "below-ground-state excursion" and the >possibility of a resultant "faux D" (from light water) or >Faux dineutron (from heavy water) at least arguable.
In Faux D, a hydrino is coupled to a proton, and the resultant molecular ion has an additional neutralizing electron in a normal ground state or shrunken orbital. If you use heavy water iso light water, then you get Faux H4, and depending on how small the orbitals are, this should fairly rapidly react to produce either He4 or He3/T (usual suspects). I think the closest you will come to a "Faux dineutron" is simply a well shrunken deuterino (deutrino? see also http://www.chowk.com/interacts/u/28969 with reference to the Holy Quran ???? - cyclic history?) see also: http://adsabs.harvard.edu/abs/1980liep.rept.....T - apparently Mills wasn't the first to come up with this name (or is this simply a typo?) > > >In the light water SPAWAR cell, presumably the interaction of monatomic >hydrogen (which has been split-off via the deposited Pd) when it occurs >with the O++ ion (from the polymer) would then result in a "faux n" >(false-neutron) which is to say a subthermal highly shrunken hydrogen >atom which is closer to a neutron in size and physical properties than >it is to hydrogen and which entity has already given up (in the form of >UV photons) much of its original mass-energy. This "faux n" is simply a Hydrino. [snip] Regards, Robin van Spaandonk The shrub is a plant.
