The formation of particles occurs when a wavelength of energy, due to changes in the space/energy ratio, can not shoulder the compression. The decrease of the value of the energy in relation to space, or a redshift of the wavelength, continues until the wavelength reaches a value of one half. This causes two forces of the energy, the larger push and the larger pull, to be organized together oriented in opposite directions in space. When the compression reaches a point greater than the energy can withstand, the energy splits apart headed in opposite directions. The energy stretches space enough for it’s existence and the energy can be compressed no further by space. Two particles are created. The wave in the particle is a simple transverse wave, existing in the stretched space, along both the direction of travel axis and the spin axis. The newly formed particles each displace an amount of space that is proportional to the energy of the particle and the value of space in the immediate surrounding area. The greater push force and the lesser push force separate out together to form a positive charged particle. The greater pull force and the lesser pull force separate out together to form a negatively charged particle. In both particles, the greater force becomes the direction of travel and the lesser force becomes the spin.
Formation of Particles
Top: lightwave
Middle: 1/2 lightwave
Bottom left: negative particle
Bottom right: positive particle
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