Your post did help but several questions arrive to me:

Quote Originally Posted by infinity
nhR = mc^2


I assume that the h is planck's constant. Now, I think that what I don't know is what is the n?

Quote Originally Posted by infinity
It is possible to solve for mass and calculate all the masses of the Standard Model if we allow the frequency (f) to be Rydberg's constant (R). The trouble is, are we allowed to solve for mass? If matter can never reach the speed of light then we are not allowed. Even so, someone would need to come up with an equation similar to Balmer's equation which would substitute for (n). There is a Nobel prize waiting for someone who can figure that out.
1. What would make rydberg's constant be the frequency?

2. What is Balmer's equation and what could substitude n?

If ther eis a nobel prize, I am definatelly going to try, although I know that if thousands of physicists haven't, I don't have much possibilities.

Quote Originally Posted by infinity
Nodes are the geometrical equivalent of mass in this equation.
Is this your theory, or something widelly accepted in present physics?


Thanks for the time dedicated.