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Hadron Mass Spectrum From First Principles
On Dec 24, 12:12*pm, General Omar Windbottom
wrote: On the morning of 12/21 I was playing around with the basic Kerr relation between M, J and G: That's Schwarzschild radius, dear editor [of Advanced Physics Forums], not "Swartzchild". And yes I understand the Schwarzschild radius quite well, thank you. There is no scientific proof that the value of G in the subatomic realm is the same as the macroscopic Newtonian value. Rather it has always been ASSUMED that they are the same. If G in the subatomic realm is different from the Newtonian value then the Planck mass is changed since the Planck is defined as the sqrt of [h-bar times c divided by G]. We have been through this before. If you want to take the conventional Planck mass as absolute received wisdom, feel free to do so. But be aware that this has not been scientifically tested. What I have done is to show that if G scales in a discrete self-similar manner, then theoretical physics becomes orders of magnitude more simple. Not to mention the fact that you can retrodict the subatomic mass spectrum, resolve the vacuum energy density crisis, explain the meaning of the fine structure constant for the first time in history, ... . For science to progress, theoretical physicists must be willing to question their ASSUMPTIONS. Yours in science Robert L. Oldershaw www.amherst.edu/~rloldershaw |
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