My calculation and derivation of the size of the proton itself not charge radius...
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Jim Smith
Jan 20, 2024, 7:58:54 AM1/20/24
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Experts measured charge size of proton is somewhere around .84 x 10^-15 m to .88 x 10^-15 m.
My simple approximate theoretical proton size itself is calculated (not charge size) = ~ 5.5 x 10^-11 m, and this is close to the answer the experts got (Bohr Radius 5.29 x 10^-11 m). If you keep guessing the frequency with this program I wrote, you could get closer to the right answer...
According to my theories, the size of the proton can vary depending on the energy and frequency the proton is at. The calculated size of the proton in this case is, where I set the proton energy, at a rest energy (or eV volts) of 938 E+6 or 938 MeV or 1.5 x 10^-10 Joules, at a frequency somewhere in the X-ray range of 2 E+18 Hz. Note I did not use the same derivation of the Bohr Radius they used but I can get close to the same answer. The derivation I used is that the proton (hydrogen atom) is really spinning in a spiral field. So I used a Spiral equation to estimate the size of the proton. Their derivation is more of a static view of hydrogen or the proton. Note with the spiral I used, there is no electron orbitals. The electron or the electron neutrino is directly linked to the proton itself with a special design structure. The Bohr Model assumes electron orbitals. I didn't...
My simple approximate theoretical proton size itself is calculated (not charge size) = ~ 5.5 x 10^-11 m, and this is close to the answer the experts got (Bohr Radius 5.29 x 10^-11 m). If you keep guessing the frequency with this program I wrote, you could get closer to the right answer...
According to my theories, the size of the proton can vary depending on the energy and frequency the proton is at. The calculated size of the proton in this case is, where I set the proton energy, at a rest energy (or eV volts) of 938 E+6 or 938 MeV or 1.5 x 10^-10 Joules, at a frequency somewhere in the X-ray range of 2 E+18 Hz. Note I did not use the same derivation of the Bohr Radius they used but I can get close to the same answer. The derivation I used is that the proton (hydrogen atom) is really spinning in a spiral field. So I used a Spiral equation to estimate the size of the proton. Their derivation is more of a static view of hydrogen or the proton. Note with the spiral I used, there is no electron orbitals. The electron or the electron neutrino is directly linked to the proton itself with a special design structure. The Bohr Model assumes electron orbitals. I didn't...
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