Prevalence of Magnetic Field Forces and Universal Symmetry of Nature

摘要

Prevalence and equivalence of attraction and repulsion forces of magnets were searched. The repulsion between S poles was stronger by 21.6 percent than the repulsion between N poles. Attraction of N pole was greater than S pole, and inverse relation of distance for magnetic attractions were different for two types of poles. Repulsion effects between the same types of poles at equivalent rate constituted approximately distinct spheres. According to these results, it can be concluded that, inequality of strength of magnetic poles contradicts the concepts of particle-antiparticle duality and universal symmetry of nature, and the traditional continuous appearances of magnetic lines between two poles are actually constricted by two different lines of different poles, which get together at the equator plane of magnet. These findings can be used to explain why the axis of the earth is tilted 23.5 degree away from a normal ecliptic plane by the sun, and asymmetric dynamical findings of the universe might be clarified by application of these suggestions to Astrodynamics.