Cracked the Fermion Mass Puzzle!
Posted: Wed Aug 15, 2018 7:32 pm
Dear Friends,
I just posted a new file at https://jayryablon.files.wordpress.com/ ... -9-spf.pdf. Although this is a midstream draft, I want to get this into the public domain as fast as possible because it is as important to physics as can be.
I wanted you all to be the first to know that I have solved a very substantial part of the fermion mass puzzle! This proceeds from my earlier work on Dirac-Kaluza-Klein (DKK) theory. First, I connect the scalar of Kaluza-Klein theory to the Higgs field. Then I use that field to generate fermion masses. Only yesterday and today I completed and wrote up the calculations which take the six seemingly-independent quark masses, and express them in terms of the three real CKM mixing angles and the Fermi vev, within all experimental errors. Six seemingly-independent natural energy numbers whittled down to only two. This final piece of the fermion mass-to-CKM angle connection is in (13.6) of the still partially-completed section 13. Once I had this nailed, I stopped right there to make this post. I am still in that state of awe that one gets when having firmly explained empirical data that has not been explained before. Last night I had two of the three angles already connected with the up, charm and top quarks. Today I embarked on the calculation with the down, strange and bottom quarks that nailed the final third angle.
Tomorrow I will finish the first draft of section 13 and start the same exercise for the leptons. I already know how to get to the neutrino masses. As it turns out, the charged lepton masses are still resistant; they may take some more pondering.
Anyway, as I said, the minute the results hit the page for the third angle, I wanted this out in public. So here it is!
Jay
I just posted a new file at https://jayryablon.files.wordpress.com/ ... -9-spf.pdf. Although this is a midstream draft, I want to get this into the public domain as fast as possible because it is as important to physics as can be.
I wanted you all to be the first to know that I have solved a very substantial part of the fermion mass puzzle! This proceeds from my earlier work on Dirac-Kaluza-Klein (DKK) theory. First, I connect the scalar of Kaluza-Klein theory to the Higgs field. Then I use that field to generate fermion masses. Only yesterday and today I completed and wrote up the calculations which take the six seemingly-independent quark masses, and express them in terms of the three real CKM mixing angles and the Fermi vev, within all experimental errors. Six seemingly-independent natural energy numbers whittled down to only two. This final piece of the fermion mass-to-CKM angle connection is in (13.6) of the still partially-completed section 13. Once I had this nailed, I stopped right there to make this post. I am still in that state of awe that one gets when having firmly explained empirical data that has not been explained before. Last night I had two of the three angles already connected with the up, charm and top quarks. Today I embarked on the calculation with the down, strange and bottom quarks that nailed the final third angle.
Tomorrow I will finish the first draft of section 13 and start the same exercise for the leptons. I already know how to get to the neutrino masses. As it turns out, the charged lepton masses are still resistant; they may take some more pondering.
Anyway, as I said, the minute the results hit the page for the third angle, I wanted this out in public. So here it is!
Jay