User:Elhagyousif/Spinning Magnetic Force

1- Introduction
The Spinning Magnetic Force (SMFc), was developed from the Magnetic Interaction (MIH) by Mahmoud E. Yousif, and first published at Journal of Theoretics. The knowledge of SMFc plays an important role in the production of external magnetic fields (ExMF), although it showed signal of unification of the strong force with the electromagnetism.

2- The Spinning Magnetic Field
Charged particles (electrons and protons), having intrinsic characteristic of spinning , are thought to produced the Spinning Magnetic Field (SMF). The theory also developed SMF characteristics for neutron, which is treated as a merge of an electron into proton. The spinning magnetic field (SMF), or total magnetic field (BT), produced above poles of spinning proton is $$B_{TP}=B_{1p}r_{r}^2=\frac{\mu_{0}q}{4\pi}\sqrt{\frac{q^{2}r_{0}}{\epsilon_{0}f_{ps}m_{p}{r_{p}}^2}}=1.525710414\times{10}^{-18}\,\, Tm$$

Where, B1P is proton's SMF (B 1U for nucleus hydrogen atom), fps is the proton's spinning frequency, ro is the radial distance from proton surface to a point at which BTP is produced (ro=0.468 fm), rr is distance from proton's surface along the magnetic field, μo is the permeability of the free space, εo is the permittivity of free space the BTp is in Tesla.

3-The Spinning Magnetic Force
The SMFc, or the Nuclear Force, is resulted from interaction of two SMF. Interactions of different groups of electrons, protons and neutrons and with each others are derived, compiled, and shown in Fig.1, the magnitudes of Proton’s Spinning Magnetic Field (PSMF), Neutrons Spinning Magnetic Field (NSMF) and Electron’s Spinning Magnetic Field (ESMF). The interaction of two proton’s SMF produced spinning magnetic force (SMFc) which is the nuclear force for nucleons, is given by

$$F_{s}(pp)=\frac{q^2}{4\pi\epsilon_{o}r^2}+\frac{2n}{3}\frac{{B_{Tp}}^2}{r_{o}(2(r_{o}+r_{p})-(nr_{x}))}c-{\frac{B_{Tp}^2}{r_{r}^2}}c+{\frac{B_{Tp}^2}{(r_{o}-r_{r}+r_{x})^2}}c   $$

Where, n is the number of steps moved by SMF starting from r = 0.8 fm (rr = 0.4fm), rx is the distance moved at each step (rx = 0.05fm), the SMFc (FS(PP)) (or nuclear force for nucleons) is in Newton. Characteristics of SMFc resulted from Electron-Electron (E-E), Proto Proton (P-P),  Electron-Proton (E-P) or Neutron production, Proton-Neutron (P-N) and Neutron-Neutron (N-N). The SMFc characteristics showes similarities to the Nuclear force for nucleons.

4- References

1-	http://www.exmfpropulsions.com/New_Physics/THE_MAGNETIC_INTERACTION.htm

2-	Yousif, Mahmoud E. The Spinning Magnetic Field, at: http://d1002391.mydomainwebhost.com/JOT/Links/Papers/MY-S.pdf 09-Oct-2003c.

3-	Davis, P.C.W. 1979 The Forces of Nature, Cambridge University Press, Cambridge, pp 133.

4-	Trinklein, F. E. 1990 Modern Physics, Holt, Rinehart and Winston, N.Y).

5-	Halliday, D., R. Resnick and K. S. Krane 1978 Physics Vol.II, John Wiley & Sons, New York, pp 813.