Horace's mention of gravity wrt partial unification of forces, raise a side-issue worth consideration in regard to dense 2D hydrogen clusters, and possibly the Rossi device.
One wonders if there can be a non-nuclear heat anomaly which shows up merely from "densification" alone, with a tiny expected increase in local gravity dynamics or gravimagnetics. This might be also be a M.O. which requires a critical mass to proceed. Another possibility is that mirror matter somehow comes into play under extreme density conditions. Any hypothesis should have no relationship to matter of normal density - which is conservative up to and above osmium (the densest recognized element). However, "pycno" (or the hydrino) or IRH could be orders of magnitude denser, if Miley and Holmlid are to be believed. AFAIK, Mills has not addressed the density question. Does extreme density open up a back door for overunity, even without nuclear reactions? - such as if pycno would naturally penetrate slightly further into inner orbitals of host dielectrics, due to its increased attraction to a heavy nucleus (still tiny but possibly more significant) - then eventually there is ejection at increased velocity, raising the net kinetic energy level. This would be a new kind of chemistry, since it is dominated by electron orbital effects, without direct nuclear alteration (nuclear reactions could still be secondary to the main anomaly). This would be related to "inner orbital chemistry," aka "suprachemisty" and it has been alluded to before - as opposed to valence electron chemistry. Conservation of energy may apply only to the later. Wiki has a related entry under "ballotechnics". Again, this does not attempt to explain "where" the anomalous energy associated with it comes from, but only how it gets here. Jones
