10. "Energy" of the EMW
One thing that always seem to me to contradict intuition is
the saying that a radio waves kilometers long has less energy
than a light EMW a few angstroms long. With the concept of
a dynamic real universe, and the knowledge of our integrating
perception, it is easy to understand the real difference
between the radio wave and the light wave; one takes much
longer to deliver it's "energy" or momentum than the other(10.a).
The real difference is in the RATE OF DELIVERY of this momentum(10b).
It is actually believed here that all EMW have the exact
same momentum ("energy"), but spreaded over a different time line (the
wavelenght)(10.c). We may understand the EMW as a rate of
delivery of momentum , and a receiver as a rate of receiving
this momentum; both interact in what we call an oscillator(10.d).
This is the best expression of how we see and interpret things
in our reality, and how different they are from events in a
dynamic real universe(10.e). As energy is a static concept, I
can't accept it in the real universe(10.f); I will replace it by
momentum(10.g). We will then describe all photons as having the
same momentum, but spreaded over a different time line (wavelenght)
(10.h), each representing a different rate of delivery of it's
unit momentum "h" (10.i).
