## Wednesday, November 1, 2017

### 1H Larmor Frequency Data Set #2

Here is a case where data is plot, and fundamental 1H is the dashed red line on the image above.  At an applied B field of 100mT, we see about 3.9MHz (marked in light lime-green cross lines).  The Larmor frequency is then:
$$f_{\mathscr{L}}={3.9\over0.1}{MHz\over T}=39\,{MHz/T}$$

This is clear evidence that the theoretical peak Larmor frequency of 1H is much lower than the mainstream theory, likely -4.5% lower.

My derivation, https://phxmarker.blogspot.com/2017/10/magnetic-moment-of-protonfinal-real.html, show the actual 1H Larmor frequency to be:
$f_{\mathscr{L}}=40.7\,{MHz/T}$
(My derivation using Haramein's proton work)
$f_{\mathscr{L}}=42.6\,{MHz/T}$
(Mainstream theory)

Needs more statistical evidence to overturn a hundred year old theory.  These things must be accurately predicted by a good theory, and our theory and way of working with the proton appears to match the empirical data.  To be continued...

"The Nobel Prize in Physics 1943 was awarded to Otto Stern "for his contribution to the development of the molecular ray method and his discovery of the magnetic moment of the proton"."

The Surfer, OM-IV