Particle and Antiparticles

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Particles and Antiparticles



Below, Figure 20, is the result of a very simple positive and identical negative particle, where substructure is not considered, and the magnetic field is not shown. It would then be impossible without more information to determine the charge of each particle without the handedness of the charge. Therefore, the identification of particle or antiparticle is impossible. Note the simplicity of the particle and anti-particle in understanding. If one magnetic quanta is placed in the diagram, you could then tell what handed each particle is and assign positive or negative accordingly.

When introducing this concept that a particle and anti-particle are differed by just the direction of the magnetic, the symmetry may be noted (Please See Symmetry); with standard particles such as proton, electron, and neutron; the result is a mirror image around a single perturbing magnetic field line. It may also be noted that at a certain point magnetic must rotate with the charge on a particle close to its radius; hence, the magnetic with relativity and motion travels along a curved path in a particle that spins. The result is again a mirror image of particle and anti-particle.

 The result is again a mirror image of particle and anti-particle

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Figure 20: A very simple particle anti-particle where the charge field strings are represented by the arrows. Internal substructure of the particles is not shown.

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