Cycles of Planets
All planets revolve upon the plane of their sun’s equator.
All light particles are alike. When found in different relation to their equators and different positions and directions of motion, they are called by different names, such as neutrons when they are on wave amplitudes, photons, positrons, and other such names when they are found in other parts of the wave.
Elements exhibit different characteristics because of their differences in gyroscopic relation to equators and amplitudes.
If light particles are part of systems that rotate upon a plane near wave amplitude, we say they are iron, copper, boron, and many others.
If their gyroscopic relation is on wave amplitudes – 90 degrees from wave axes – we say they are carbon, silicon, sodium chloride, and many others.
Elements exhibit different characteristics because of their differences in gyroscopic relation to equators and amplitudes.
If light particles are part of systems that rotate upon a plane near wave amplitude, we say they are iron, copper, boron, and many others.
If their gyroscopic relation is on wave amplitudes – 90 degrees from wave axes – we say they are carbon, silicon, sodium chloride, and many others.