LTC8K6
Penultimate Amazing
Well, if this doesn't put the manufacturer back on the "to be emailed" list, I don't know what could.
Again, we see that Mills is involved in every claimed replication.
Well, if this doesn't put the manufacturer back on the "to be emailed" list, I don't know what could.
11 July 2018 markie: A mistake and repeats his ignorance of the shell theorem.We have an orbitsphere with nothing inside it. What are the gravitational, electric, and magnetic fields inside that orbitsphere? None. That is the calculation you refer to. That is self evident.
Now, add a proton to the centre of that orbitsphere. Presto, there is now gravitational, electric and magnetic fields inside the orbitsphere. Although, the gravitational aspect is minimal.
Ok:I think you misunderstand. JT was admitting that it is well known that QM and GR are incompatible. I agree that they are. I merely added that Mills' atomic physics and GR *are* fully compatible. (Although, Mills makes a modification to GR.)
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.11 July 2018 markie: Tiny ignorance GR + a QM and "morphs according to the times", "adjustable parameters" fantasiesGR is GR. Unlike GR, QM morphs according to the times. Like the Borg, it assimilates and changes according to what experiments reveal. It does this by adding more adjustable parameters or adjusting it's adjustable parameters. How many does it have now? 26 or so iirc.
!Then you understand that it is a lie that this is a problem with QM?That proton radius puzzle is what I'm referring to.
The "26 parameters " is more likely a reference to the Standard ModelAdjustable parameters is likely referring to the variational methods used find approximate solutions to the wave functions:
https://en.wikipedia.org/wiki/Variational_method_(quantum_mechanics)
The small ignorance is that GR has "morphed according to the times" a tiny bit. GR started with a cosmological constant. For decades it was set to zero. The observation of dark energy has put the cosmological constant back into GR.
Slight correction GR was first presented in 1915, the cosmological constant was added in 1917. It did not start with it being present in the formulation.
(As an aside: Notice how this correction can be stated without calling someone ignorant or a liar.
GR has most certainly "morphed according to the times" and there is nothing wrong with that as new observations naturally lead to adjustments in our understanding and theories. There are many known problems with GR, QM, the Standard Model, all the variations of these theories, and Mills theory too. It should be possible to discuss the merits and failures of each without resorting to name calling and insults )
Slight correction GR was first presented in 1915, the cosmological constant was added in 1917. It did not start with it being present in the formulation.
(As an aside: Notice how this correction can be stated without calling someone ignorant or a liar.
GR has most certainly "morphed according to the times" and there is nothing wrong with that as new observations naturally lead to adjustments in our understanding and theories. There are many known problems with GR, QM, the Standard Model, all the variations of these theories, and Mills theory too. It should be possible to discuss the merits and failures of each without resorting to name calling and insults )
The "26 parameters " is more likely a reference to the Standard Model
How has GR itself morphed? There are new ways to solve or approximate the very difficult-to-solve equations, and there are new applications of GR to cosmological problems, but GR itself remains GR, a very beautiful result.
FYI, Mills' model has mass and charge move along great circle loops of current. In addition, each loop is sweeping out a space on the orbitsphere, moving at right angles to the direction of the current flowing in the loop iirc. So, there is lots of movement going on. From this we get electron spin and magnetic moment of the electron.
(As an aside: Notice how this correction can be stated without calling someone ignorant or a liar.
Thank you for the correction, UncertainH. It does emphasize the irrelevant fact that GR "morphed".Slight correction GR was first presented in 1915, the cosmological constant was added in 1917. It did not start with it being present in the formulation.
That is not a source about 26 adjustable parameters in QM.Yes, see https://spinor.info/weblog/?p=6355 for more details.
That sure sounds like a lot of nonsense. You're talking (in the cast of atomic hydrogen) of a single electron supposedly forming a single "orbitsphere." So what are these multitudes of simultaneously moving charged masses? What is the mass and charge of the looping subelectronic moieties? How many of them make up one electron? What keeps the number of these particles per electron constant, so that their change and mass sum to a constant mass and consistent unit electric charge in all physical interactions? Why does measurement of the position of the negative charge associated with a hydrogen atom invariably yield one single point location (many orders of magnitude smaller than the orbital or "orbitsphere")?
markie, UncertainH: I know this OT, but may I ask what you consider to be the major QM/QFT morphs?
Other than these two: the incorporation of special relativity, and the (ongoing, even today) work to understand the mathematical foundations.
Thanks.You may find this to be a good timeline:
1900 - 1962: http://www.particleadventure.org/other/history/quantumt.html
1964 - present: http://www.particleadventure.org/other/history/smt.html
It's a mix of theoretical and experimental advances.
Can't help but notice the entry for 1995:
"After eighteen years of searching at many accelerators, the CDF and D0 experiments at Fermilab discover the top quark at the unexpected mass of 175 GeV. No one understands why the mass is so different from the other five quarks."
<snip>
You may find this to be a good timeline:
1900 - 1962: http://www.particleadventure.org/other/history/quantumt.html
1964 - present: http://www.particleadventure.org/other/history/smt.html
It's a mix of theoretical and experimental advances.
Can't help but notice the entry for 1995:
"After eighteen years of searching at many accelerators, the CDF and D0 experiments at Fermilab discover the top quark at the unexpected mass of 175 GeV. No one understands why the mass is so different from the other five quarks."
From Mills 2016 GUTCP page 1514
In 1995, Mills published the GUTCP prediction [101] that the expansion of the Universe was accelerating from the same equations that correctly predicted the mass of the top quark before it was measured.