OK all, here is the latest draft:
https://jayryablon.files.wordpress.com/ ... 12-spf.pdfWhat is new since the August 19 draft?
1) At the end of section 14, I considerably beefed up the study of beta decay for quarks.
2) In sections 12, 13 and 14 I added new Figures 2a, 2b and 2c which provide a geometric picture of how the quark masses and mixing angles all fit together. These are the pictures that are worth a thousand words and quite a few equations. I have not renumbered these figures yet; I will leave that for later because I am not in the mood right now.
3) Section 15 is brand new. It connects the charged lepton masses with the empirical data for two of the three neutrino oscillation mixing angles, within experimental errors.
4) Sound the trumpets: IN SECTION 16 I AM PREDICTING A SECOND HIGGS BOSON AFFILIATED WITH LEPTON INTERACTIONS, INCLUDING WHAT ITS MASS WILL BE. See (16.1) for the mass prediction. Odds on Stockholm, anyone?
Now I am going to finish up the neutrinos, develop the Lagrangian potential for the leptons and associated figures, and finally start to sew this whole thing up for publication. I may very well segregate all of the mass and mixing content into a separate paper from the Klauza-Klein content. But it is still somewhat miraculous that we can start with Klauza-Klein which is pure general relativistic geometry, apply Dirac theory, and end up characterizing every single one of the nine quark and charged leptons masses in terms of other known parameters, see (15.19) and the Higgs mass prediction and discussion in (16.1).
Note, the x-axis in Figures 3 to 6 actually is off by a factor of
. I will simply use
rather than
to maintain the scale, but am not int the mood to fix that either right now.
Getting the lepton results and the new Higgs prediction into the public domain are most important right now. All of this came together the last 48 hours.
Jay
OK all, here is the latest draft: https://jayryablon.files.wordpress.com/2018/08/covariant-klauza-klein-2-12-spf.pdf
What is new since the August 19 draft?
1) At the end of section 14, I considerably beefed up the study of beta decay for quarks.
2) In sections 12, 13 and 14 I added new Figures 2a, 2b and 2c which provide a geometric picture of how the quark masses and mixing angles all fit together. These are the pictures that are worth a thousand words and quite a few equations. I have not renumbered these figures yet; I will leave that for later because I am not in the mood right now.
3) Section 15 is brand new. It connects the charged lepton masses with the empirical data for two of the three neutrino oscillation mixing angles, within experimental errors.
4) Sound the trumpets: IN SECTION 16 I AM PREDICTING A SECOND HIGGS BOSON AFFILIATED WITH LEPTON INTERACTIONS, INCLUDING WHAT ITS MASS WILL BE. See (16.1) for the mass prediction. Odds on Stockholm, anyone?
Now I am going to finish up the neutrinos, develop the Lagrangian potential for the leptons and associated figures, and finally start to sew this whole thing up for publication. I may very well segregate all of the mass and mixing content into a separate paper from the Klauza-Klein content. But it is still somewhat miraculous that we can start with Klauza-Klein which is pure general relativistic geometry, apply Dirac theory, and end up characterizing every single one of the nine quark and charged leptons masses in terms of other known parameters, see (15.19) and the Higgs mass prediction and discussion in (16.1).
Note, the x-axis in Figures 3 to 6 actually is off by a factor of [tex]\sqrt2[/tex]. I will simply use [tex]\phi_1[/tex] rather than [tex]\phi_h[/tex] to maintain the scale, but am not int the mood to fix that either right now.
Getting the lepton results and the new Higgs prediction into the public domain are most important right now. All of this came together the last 48 hours.
Jay