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Yes, one is free to create with one's imagination any number of possible magic happenings to explain away data that one doesn't like.
Much of what you are describing is so unlikely as to not be worth the words that were written.
You judge glitches to be less likely that mysterious one-off gamma emissions from systems that have never previously shown such behaviour and which not only have no
physical explanation, have no explanation consistent with the many varied LENR hypotheses.
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There are some posibility for errors. Many can agree that. There are big economical reason also to try show some unreal.
But there are also people that want see such black magic and maybe try to understand how much magic it need and how much are natural.
So what level magic or extraordinary thing need to happen to explain measured spectrum with known fusion reactions or some of them with slight modifications?
There are measured gamma spectrum that might fit 1.4Mev braking radiation. Is there something else that can do that spectrum?
Spectrum may come from reactor or from NaI crystall. Is other places where it can come to FMT output?
If reaction go as claimed hydrogen fuse hydrogen do diproton that decay to deuteron, positron and neutrino. In star like enviroment it give 0.42Mev movement energy to positron. Is this correct and people can see it when sun is rising every mornig?
And if play with quantum physic then H2 in everywhere are some super small moment in diproton mode. Heavy interaction is not strong enough to keep diproton togheter only 98% from needed. So diproton don't have needed time to decay deuteron. and that reaction don't go further and world is like we see it now.
In stars there are hot and thick enough that give needed 2% extra support to keep diproton long enough together that it can decay to deuteron.
Is this agreeable. Maybe not 100% correct, but give effect what we see naturally?
And there is the hard piece:
In some unknown place in Ni crystall lattice, maybe inside small capillary holes hydrogen get high pressure and density like star center. Then there holes are also quit lot of high electronegative metal ions, like lithium. Under high pressure H2 molecyle some times go diproton mode and it space shrink that works pressure relace way lengthen diproton mode time sometimes long eneough that it can decay deuteron. Electronegative metal helps, do reactions enchancement like ionic liguids.
Same enchancement have seen in stars - supernovas, white dwarfs. (as some claims)
This H2->D is "mouse" what Rossi speak long ago. In 2011 he had gamma emission. Later not. He invented something. It found in patent papers if it is new thing. If it is not then it find somewhere older papers. He have less stinking mouse now and have sure way it don't give accidentally emissions.
But well 1.st we need study that emission mouse briefly.
Or Rossi fools. But even worse thing if he dosn't fool and all usable ways go disclosed during people argue is energy blue or green.
Best way is give guess/theory in public as fast as can invent. It give it free and protect from patenting.
Back that beta broblem. 0.42Mev are writen in standard physics of stars. 1.4Mev say one theory, 1.4Mev is measured. Diffrence 1Mev. Where it can come?
It is same level as coulomb barrier if I understand correct? Is there some known method that give that extra Mev betas? One claim are that deuteron is produced at rest. (in stars it have maybe 1Mev heat energy?)
Second bigger broblem is missing 511Kev positron annihilation. What it can means if dirty mouse is produced and 1.4Mev evidence is given? Is there posibility for "inside" braking radiation?
And there are known one other mouse from stars that don't produce betas but consume electron. Is it posible to subtitute electron for positron? Energy is same. And run dirty mouse + clean mouse in 50:50%.
How badly it violates charge symmetry? Is there way that don't violate?
In that 50:50 rate no 511kev, only low gammas.
If that is case what we have seen - then how run it pure clean mouse mode? (it may produce 30kev brake radiation when e- drop down - if I understand correct?)
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Well, I may be wrong, but my understanding of Bremsstrahlung is that it has a spectrum that approximates:
K(Emax-E) (where Emax is the cutoff energy)
I find that spectrum may wary plasmas, gas, metals and nucleus dropping. I don't understand enough yet to correct anything. Can you explain more briefly? Moust valuable is data if some medium produce spectrum we have seen.
And sorry I have read things only some weeks. No educational preconceptions for quantum physics