The Quantum of Light

The photon is equal to the angular momentum of the electron times the speed of light.

The Dimensions of Light

The Aether Physics Model describes light as the quantum photon times the frequency of the light.

Since photon angular momentum and the speed of light are constant, the unit of light is changed only by the frequency.

Power

If we want to find out how much power is emitted by light at a given distance from the source we simply divide light by the distance:

The powr unit is the quantum unit of power. 1.99 x 10^-5 powr is equal to 201.315 watt.

Irradiance

To obtain the irradiance of light of a given frequency divide the frequency of light by the volume of illumination:

where irrd is a quantum unit of irradiance. Notice, this also means that multiplying the known irradiance times a known volume will produce the light (and hence the frequency of light).

Energy

How much energy is in a given frequency of light?

Light = M_v * c²

The Aether Physics Model shows that light is equal to momentum times the speed of light squared. The momentum in this case is, of course, the momentum of the photon.

Force and Expansion

Expansion is in units of m²/sec. As light expands, its force at a given position decreases.

Shock Frequency and Area

The shock frequency is due to the force of light passing a given area at a given frequency. Multiplying the shock frequency by the total area of the light will give the light value (and hence the frequency.)

There are many other ways of looking at light that are just as interesting and useful to physicists. Using the Aether Physics Model it is possible to make predictions for the behavior of light in magnetic fields, electric fields, inductance, capacitance, and all other situations.