You may want to add the Brightsen model of "antimatter clusters" within the H nucleus.
--On Thursday, May 05, 2011 7:42 AM -0700 Jones Beene <jone...@pacbell.net> wrote:
The M.O. List It could be helpful - to anyone approaching Ni-H from a the theoretical perspective, to have a list of all possible "gainful routes" which are either non-nuclear, "new-nuclear", supra-chemical, or a hybrid. Your submission will be appreciated. Since many of these overlap, I will await completion of a more complete, or better worded list - to arrange them in some kind of hierarchy. 1) Nickel-to-copper "new-nuclear" with little or no radioactivity. This comes under 'new' because all known transmutations of nickel to copper at the kW level would leave deadly levels of radioactivity. 2) H+H --> D "new-nuclear" comes under 'new' because all known fusion of hydrogen to deuterium involve a positron, which is not seen. 3) W&L ultra low momentum neutron. Clearly comes under 'new' but the lack of predicted radioactivity makes it seem unlikely for Rossi. 4) Cavity QED "only". Hydrogen enters Casimir cavity, gains energy from ZPE. No ash. 5) Cavity QED with nuclear makeup. Essentially these two involve asymmetric chemistry, the later leading to nuclear reaction which are stimulated by a prior energy deficit, and thus have no residual radioactivity. 6) Mills' hydrino 7) "Antenna" for dark energy - hydrogen is changed (IRH), or contained, in such a way in nanopores that it acts like an antenna for dark energy. 8) "Antenna" for neutrinos - hydrogen is changed or contained in such a way that it acts like an antenna for neutrino interaction. 9) Ballotechnic. Inner orbital chemistry, with or without a nuclear nexus. 10) ???? your entries are needed Jones
