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The basic claim of this theory is that matter contracts
space. One of the consequences is hence that space will move as
matter moves. When matter rotates, the surrounding space
will also rotate.
We can measure a gravity anomaly thousands of miles above
the Earth. That means that (deformed) space (around a body)
is rotating
together with the rotation of astronomic body (the Sun or the Earth)
etc...
The Sun’s rotation around its own axis is therefore the
cause for the fact that space will also rotate around the
Sun. We can call this "Space Wind"
(Not the same as Solar Wind).
This also means that the space winds of the Sun and of a
planet entangle. The result is that the planets which are
all near the Sun’s ecliptic become a little more strongly
bound to the space wind of the Sun.
The space wind of the Sun is 'passing by' a planet and
causes the planet to rotate which is probably what hinders
the acceleration of the planets orbit velocity.
When an object escapes the Solar System, it will not only be
affected by gravity but also by the space wind moving around
the Sun. The space wind will affect a body in different ways,
depending on the body's direction of movement and speed in
proportion to the space wind.
The further
away from the Sun a space probe travels, the stronger is the
motion of space wind around the Sun. The reason is that the
motion of the space wind around the Sun follows the rotation
of the Sun. The space wind will also be stronger close to
the ecliptic.
The
motion of space following the Suns rotation, will also
interact with the rotating space connected to the space
probe. This can be a suspected cause of the Pioneer
anomaly.
But it also mean that space probes that doesn't rotate also
not are affected.
The idea
that the rotation of an astronomical object can have
an effect, has already been mathematically proven –
cf.
here
– and is
therefore not a foreign concept to us.
The
pioneer anomaly seems to reflect the same law of
nature in action, that also also responsible
for:
-
The rings of
the gas planets
-
Irregular moons
-
The planets rotations
-
That stars of the periphery galaxies are
kept in orbit, and not thrown out.
Space probes are always launched into anticlockwise orbits
and trajectories.
The space wind will always try to force a body to move in an
orbit around the Sun.
This could explains why the planets cannot be found exactly where we
expect them to be when a space probe arrives. In reality,
it is not the planets that "cannot be found where we expect
them to be"; it is rather the space probe that has been 'blasted'
out of its course by the space wind.
This could also explain why Pioneer 10 of December 8, 1992
not only lost speed but also was off course.
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