The cause of constant and isotropy spread of light
We have already described that a sphere of light is the sum of several individual spheres which set out and spread like rings of waves from the place of origin (absolutely anchored in space). This propagation takes place at a constant velocity ("c"). Each sphere consists of a vibration or tremor (of one per triggered process!). The image and the properties of the wave can be put down to the sequence of spheres triggered in succession. That means this constant new creation of the sphere follows the possible movement of the source of light (fig.I).
blue=spread in c, Every
singly sphere is anchored in space. Spheres move together with the
source of light at v. Result: the light pulses spread
isotropically with c and are
only apparently depending on the movement of the source.
Therefore the peculiar propagation of the light
simply goes back to the fact that the “speed of light” is composed
of two velocity factors. This looks as if the propagation of a sphere
of light is in fact independent of its source – once it has been produced
- but actually the points of origination move along with the
source! That means the spheres created one after the other shift together
with the place of their creation. Among other things, this is the
reason for the Doppler effect, and among other things, it demonstrates
that the velocity of light is always a velocity relative to
both the receiver and the creator. At the same time, every mirror,
every lense, and every measuring instrument becomes a new source of
light once a beam has been captured to make it visible. A beam of
light arriving with c-v
or c+v would therefore not be reflected with
this velocity but again only with c. But the motion of the
source reveals itself to the receiver through the corresponding shifting
of the impulse fields! There would not be any Doppler effect if this was not the case.
figure II the tips of the arrow (“photons", "light pulses",
"quanta") symbolises the “light”. They are added to a sequence
which contains both the periods of their creation (frequency) and
the movement of the source (Doppler). The tips themselves always move
away from the source at c, their sphere of propagation, however,
is left in the space ("absolute ether", T.A.O. matrix).
When the source is moving at v, the sphere which is created
next is also shifted by this amount. Hence
All unsuccessful drift experiments, which are designed similar to the experiment by Michelson-Morley, can already be explained on the basis of this definition without requiring the Special Theory of Relativity.
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