Kevin,
Yes, but there is no deuterium fusion for the Lochon to catalyze (at least not in the recent Mizuno work). In fact, the reaction looks more like fission of deuterons into twice as much hydrogen, which should be endothermic. The positronium molecule, as a reactant, would provide enough mass-energy to make the fission of deuterium to hydrogen slightly exothermic. From: Kevin O'Malley > This molecule would be uncharged and have two positrons and two electrons and be similar to H2 in that way - but notably, would be bosonic in its own unique way (double Cooper pairs?) and presumably more stable than Ps. > D2 + Ps2 -> 2H2 which is to say that one deuterium molecule interacts with one positronium molecule resulting eventually in 2 hydrogen molecules... actually 4 protons and 4 electrons which carry away a modest gain which would not produce gamma radiation. The Ps2 tunnels in from the Ni-62 matrix, which is the "gateway" to Dirac. This sounds very similar to KP Sinha's Lochon (locally charged Boson) theory. http://www.mail-archive.com/vortex-l%40eskimo.com/msg37765.html
