I do have one question, though I'm not sure if it is answerable, but, worth a try.
Does anyone have an informed opinion as to whether (regardless of theory) the effect being observed by Mills and Brilliant is the same (previously?) hard to replicate phenomenon that has been observed by all or some of Rossi / Brillouin / Mizumo / etc...; or are the effects sufficiently different that they might not represent the same "surprise" in physics? Inquiring minds, layman class.
From my reading I would say it's the same underlying phenomina, like for an example chemical reactions. Different conditions and elements change the energy amount achievable and what not. I personally believe this is a phenomina smack dab between chemistry and atom-smasher. It's a catagory called by many names, alchemy, pico-chemistry, binuculear atom reactions, dense hydrides, and hydrino chemistry. The mechanism is electron/electromagnetically mediated, the bonds settle inside the regular valence shells, in the core electron's orbits. Hydrogen is the key element, either catalysed to condense and bond with another hydrogen or bonding with a heavier metal creating low energy transmutation with 2+ positive cores intact. That's what the data is saying for me so far. Alan said something important, genuine fusion or annialation events may actually reduce the cumulative excess energy (overstepping the sensitive range) while producing neutrons, tritium and gamma.
The helium/He4 results are explainable, the low energy transmutations are explainable, the mismatched energy levels compared to the fusion/proton capture numbers are explainable. Proton+proton and proton+metal nuclei close bonds present a much more consistent answer. Starting from *H2(1/4) at ~0.5keV up to ~100keV for some heavy metal like Thorium + *H. Deuterium or deuterons work as well and in some cases give better results. This keV scale energy is a photon release after replacing a core electron, or radiating potential after condensing electron shell and settling in a good well. The reaction environment seems sensitive, more like tuned pico-chemistry then thermonuclear reactions. But that is just an educated hypotheses. Mills has shown a simple agua based approach, he also explains the He4 signals with below fusion high energy experiments.