hmm, normal decays are of cause not all that interesting, more in line with what you can find in https://mospace.umsystem.edu/xmlui/bitstream/handle/10355/36783/TheoreticalAnalysisReactionMechanisms.pdf?sequence=1
the page with BEGIN QUOTE • Important !! The Gamow factor suppression occurs with the formation of the Boson cluster state (BCS) which may include a cluster of Bosons, a BEC, etc. The BEC case is only one of special cases END QUOTE Now I'm really uncertain how well they have calculated the reaction rates, but my point is that if those numbers are calculated using a reasonable well model, then you should have shown that you can set up a solid state system mathematically and deduce high reaction rate for different nuclear reaction. That in it's self show physics of a nuclear reaction like fusion that is based by other principles then reaching high kinetic energies. Now the actual detailed theory for how LENR work can be different than proposed in that report, and in stead by similarity of principles also give a motivation that other competing theories can work. But I cannot judge how well all this reasoning can be "solidified" into an accepted principle. So I am looking for some kind of judgement like "this theory have been discussed intensively, it have a few glitches but the calculation is right and it mostly look like a sane model" Or "the author has simplified too much and one cannot do that simplification in order to draw conclusions .." e.g. there is just this report but I cannot find not much detailed discussion about the claims and methods used. But in all finding this link is an important step to engage deeper knowledge how LENR might work form a bottom up perspective. Cheers! On Fri, Dec 13, 2013 at 5:51 PM, Terry Blanton <hohlr...@gmail.com> wrote: > On Fri, Dec 13, 2013 at 11:00 AM, Jones Beene <jone...@pacbell.net> wrote: > > >> To add to the confusion, some “experts” believe that the proton decays, >> eventually – which essentially means everything decays. >> > > And at 60 years, I'm feeling it. >
