From: Bob Higgins
Ø According to Maly, Vavra, Naudts, Muelenberg, and Mills, etc, the Dirac equation (and Mills' equations) state that what we consider to be the atomic ground state is in fact an excited atomic isomer… [and] have identified the much lower energy (perhaps true ground state), but have not necessarily shown how it is possible to transition to these lower levels and mine the energy difference. It must be difficult, in general, to transition to these lower energy atomic isomeric states, or the highest abundance of matter would be in these states. I.E. the "ground state" as we know it may be a very deep energy well for an excited atomic isomeric state. Or…more simply… we could be overly “grounded” <g> in the sense of being blind to the fact that these lower energy states of hydrogen (at least the one of Dirac) in fact constitute 99% of the mass of the Universe, assuming that dark matter is in fact UDH/UDD. The problem would not be that it is “difficult, in general, to transition to these lower energy atomic isomeric states” but that is its difficult to transition out of them (it requires a supernova in the past history of whatever system has gaseous hydrogen, since otherwise dark matter stays dark.
