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Theoretical Calculation and Proof of Electron and Proton Radius
The radius of matter particles plays an important role in nuclear physics and astrophysics. According to Kaluza-Klein and B. Feng’s theory, the exact radii of electron and proton are obtained. Their correctness has been proofed by different ways. It showed us a fact and curious to common that, the size of the more massive proton is much smaller than that of the light electron. The internal motion of charge is also revealed. As theoretical needs, the coefficients of fractal dimensional space are proposed. All these information can’t be obtained from the standard model of elementary particles or those researches accordingly.
Keywords
Radius of Electron, Lorentz Radius, Compton Radius, Kaluza-Klein, Fractal Dimension Space.
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- Textbook Compiling Group of Fudan University, Physics. People's Education Press (1st Edition, Chinese), Beijing. 1979;2:114.
- Mei ZH. Fine-structure constant as a pure geometric number among physical background LJRS: Natural and formal. 2019;19:59-62.
- Mei ZH. B. Feng’s theory: The prediction of the mass spectrum of elementary particles and the confidence of at least 4-d space-time (Part 1). J Phys Astron. 2017;5:126-32.
- Mei ZH. Only one absolute value of electric charge in matter world. ISROJ. 2019;4:84-5.
- Mei ZH, Shi JB. Feng’s theory (Part 3): Neutron model and nuclei force mechanism. J Phys Astron. 2018;6:143-49.
- Mei ZH. After neutron was compressed: The big bang. J Phys Astron. 2018;6:147-49.
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