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Mills' Hydrino theory does not stack up. For experimentalists because it is not credible that such an obviously different state of matter could exist and not leave fingerprints elsewhere in science.
Hydrino formation is not expected to show up unless in very tiny fractions on earth and when so it does not give away any spectral hints which basically makes it invisible. Any hydrinos surfacing the earh will move up in the atmosphere
and be ventilated out into space. This process has been ongoing since the earth birth and would only again leave extreamly tiny fractions of it naturally. To me it looks like you really need to know what to look for
to find it. Also getting normal hydrogen into a hydrino form is not easy else Mills would be ready by know. Again only tiny quantities of spectrally black matter. There really aren't much of fingerprints to see regarding hydrinos
that's why it is claimed to be forming the black matter of the universe which is logical.
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Mills' own "proofs" are very unconvincing. For theorists because it does not cohere mathematically.
I think that the mathematical proofs are ok. You need to add something unknown to the equation to prove it's existance or not with math as far as I know. Hydrinos are a solution to a search
of a nonradiating charge distributions which really is not a distribution of point charges. But something unknown that manifest itself as source terms in Maxwells equations. The true physics of these
source terms, which is not described yet as far as I can tell must be used to claim what you say. That means that the theory is an indication that hydrinos exist and Mills resent plasma experiments with
high current yields EUV spectra that I have not found an explanation for with more than hydrinos exists. Here we should try harder to exclude an explanation whithin normal physical domains to claim proof.
but it's interesting.
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QED is very beautiful and validated experimentally to very high precision.
Theories can have a perfect match sometimes and not sometimes. To me it looks like the QED theory is targeted a certain geometrical setup of the Electromagnetic fields found in Mills theory. But if the fields
have a topologically different form I would expect that you need to change the QED formulation to match the electormagnetic fields. Also QED seam to be a trick that although have a nice form is really clumsy
compared to what you do with a direct Electromagnetic modelling. You typically can't take on multi body interactions like for example oxygen with more than approximations. Mills seam to do this with paper and
pen like theory and no supercomputers.
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Mills' ideas contain internal inconsistencies and make no predictions subsequently confirmed (I know he claims this - but look at the details!).
I followed Mills derivation of the Landau g-factor and it's correct. He is almost as accurate as QED on this, but QED is probably too exact due to the complex nature of
calculating a divergent expansion (you need to leave out terms) and risk overoptimistic selection bias. I've seen a lot of claims of inconsistance, none which I found compelling
what's your take on that, I'm curious.
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I realise this is not easy for a non-expert to detect, and that if as is traditional you distrust all experts you may take a different view.
I'm am an expert in math. You cannot calculate the landau g-factor with that many decimals correctly and be a bogus theory. It's impossible. It's all a straight line from a simple assumption
of non radiation Maxwells theory and known electrodynamics. I do have seen a lot of experts falling into various traps out on the internet and claim way to fast their finding to be an inconsistancy.
I would really like to see a true inconsistancy but have just found hot air and badmouthing.
Take care and keep up the good work!