That's some interesting/wacky stuff, but there has been more research to improve those calculations - like deriving the electron charge and magnetic moment.
Personally I like the idea that a proton is somehow literally an electron and 3 up quarks (a neutron gets 2 electrons and 3 up quarks). I am not a physicist though, so I'm sure there are reasons they "know" this is not the case.
I find it fascinating that some physicists say wave functions are somehow "real" and then we've got Jacob Barandes saying you don't even need wave functions to do the computations of QM:
https://www.youtube.com/watch?v=7oWip00iXbo
IMHO there is a lot of exploration to be done without particle accelerators.
How do you explain that electrons have a rest mass, but photons don't (otherwise photons couldn't move with the speed of light according to special relativity)?
Because what we see as a photon is a the one bozon left without a pair of one of the four pre-Higgs bozons that exist prior to the electroweak symmetry breaking. That's how all of them get mass.
Electrons are helically moving photons: https://www.researchgate.net/publication/281322004_The_elect...
That's some interesting/wacky stuff, but there has been more research to improve those calculations - like deriving the electron charge and magnetic moment.
Personally I like the idea that a proton is somehow literally an electron and 3 up quarks (a neutron gets 2 electrons and 3 up quarks). I am not a physicist though, so I'm sure there are reasons they "know" this is not the case.
I find it fascinating that some physicists say wave functions are somehow "real" and then we've got Jacob Barandes saying you don't even need wave functions to do the computations of QM: https://www.youtube.com/watch?v=7oWip00iXbo
IMHO there is a lot of exploration to be done without particle accelerators.