State Of Change

An interesting

change

Light and its relationship to the electron.

C = 299 337.984 kilometers per second G=

53.108352 kilometers per second

C squared x G = Take the 4th

8.96 x 10 to the 10th

km per second to the 4th

root of the answer it is equal to 119773 km per second

This represents the motion of an electron of ellipse on average.

119773 km per second

inside the

In an ellipse, at the major axis point the motion of the electron is at its slowest point. It is in a state of steep change of direction. Steep angular motion. Its slowest point of motion. At the minor axis point of motion or the electron is at its shallowest change of direction. Shallow angular motion. Its fastest state of motion. Gravity is at its maximum at the minor point of motion and at its minimum at the major point of motion. This indicates an inverse equation for the speed of light and gravity.

The speed of light squared that can be attained which is stated at 8.96 x 10 to 10th km/sec2. Cesium-133 oscillates at 9,192,631,770 cycles per second. If the cesium electron is at the maximum axis point at each vibration then 9,192,631,770 divided by 2 would equal on revolution of the electron. 4596315885 revolutions per sec. amazing. So how far has this electron traveled? 8.96 x 10 the 10th multiplied by 4596315885 revolutions per sec. it would suggest a distance of 4.11 x 10 to the 20th km per second. Again amazing. It would explain why an atom has so much power. So what causes the electon to alter its direction at the maximum axis point? A photon is defined as a particle and also a wave. My question is why can’t it be both? As the speed of a mass increases, the mass decreases. Energy increase indirectly related to mass. Statement 1. At the point of minimum axis in the ellipse the electron is in a complete state of energy. Statement 2. At the point of maximum axis in the ellipse the electron is in complete state of mass. Statement 3. At any given point between maximum and minimum axis energy and mass are in a state of change. Where each quadrant of the ellipse is equal and opposite is equal and opposite in relation to its reflective position. At the maximum axis point the electron is in a complete state of mass allowing a gravitational effect to alter its direction. Steep angular change. At the minumum axis point the electron is in a complete state of energy allowing for the speed of light squared.