Part 3.
Again, thanks for this.
(my bold)
If and when you do get to know some research scientists, I think you'll find that few, if any, treat WP as reliable (mathematicians may be an exception; WP is, so I've been told, pretty good for mathematics).
Instead, they will read the journals they - or their department - subscribes to, and arXiv (though that depends on the field). An equally good source is conversations and presentations at conferences, workshops, symposia, colloquia, meetings ... I'd be quite surprised if Mills' ideas had not come up at quite a few of these, and just as surprised to learn that no one ever followed up by reading the actual papers.
(my bold)
The following may seem OT, but indulge me, please.
Halton Arp was an exceptionally good observational astronomer.
In the mid-1960s, he observed some quasars (quasi-stellar radio sources), and wrote some papers on them. When they were discovered, quasars were a real mystery, and Arp's early papers - proposing that the high redshifts observed were due, at least in large part, to "intrinsic" factors - seemed to fit the data as well as any other idea.
However, within a year or three, it became increasingly obvious that Arp's idea was not such a good fit to the data. Nevertheless, he kept observing and publishing papers on "intrinsic redshifts". And a very competent cosmologist (Narlikar) developed a physical model ("variable mass hypothesis") which could explain Arp's (and others') observations.
Time passed. The quantity of high quality data on quasars (later named QSOs, quasi-stellar objects, because most turned out to be not radio sources) grew exponentially (yes, in this case that's a true statement). Models which matched all relevant data far, far better than Arp/Narlikar's models/hypotheses were published. Arp remained unconvinced, and kept publishing papers. Many of which, IMHO, would never have been published but for the fact that they had "Arp, H." as the lead author.
Many years' later, he wrote a book, "Seeing Red" (I think that's its name). It sold quite a few copies, I think, and is widely cited by many with crackpot ideas.
Why am I mentioning this? Especially to you, markie?
Because Arp's book is, by itself, pretty persuasive!If you do not have formal training in astronomy (etc), or have not taught yourself, it would be very difficult for you to appreciate just how wrong (inconsistent with all relevant data) Arp's ideas are (as presented in that book).
Perhaps Mills' book is as persuasive, or even more so? But if you do not have formal training in the relevant fields of physics and chemistry, how can you judge the validity of the ideas presented in it?
Of course I can see your very well laid out point. Arp had a fundamental idea and went full tilt with it, even despite growing evidences against it.
Mill's theory has minimal first principles and yet it is highly predictive of phenomena such as spectra and bond energies. I hate to sound like a salesman, but you really should read the Introduction in GUTCP. Much better than me blathering on.