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Energetic coherence is a measure of how well things work together,
let me demonstrate.
This is an incandescent light
and when I turn it on it generates a certain amount of light energy,
but it is distributed randomly and in a scattered fashion.
It is not coherent.
As a result that light energy crashes into each other
and the light waves, or the light energy
are converted to heat energy.
And so this light bulb will generate more heat than light.
On the other hand, this is a laser
and the laser light that's generated is very coherent.
All of the light energy comes out at the same frequency
and it doesn't crash into each other
and that's why a laser
will project the same light beam over long distances.
It's more coherent.
What we do, using our patented process
is we calculate your energy posture or the state of coherence
and compare it to the
state of the change in the state of coherence
after we have input the stimulus from the VSI.
So the difference between these two is significant
because we want to know if your response
is coherent like the laser or is it less coherent,
or more random like the light bulb.