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Strange deceleration is characteristic for the Pioneer Anomaly.
According to the basis claim of this theory, matter is connected /
attached to space.
Hence
resistance
emerges when
matter moves in space. This means that a space probe will decelerate in
any direction it moves due to matter / space
resistance
and not only
decelerate towards the Sun or the Earth.
The resistance due to motion is already known.
It requires more and more energy to get a diminishing increase in speed.
Normally we would call this "inertia," but this expression is misleading
as inertia only applies to acceleration. To avoid confusion,
"resistance" will be used instead. "Resistance" due to motion also
applies when something moves with constant velocity. This will be
mathematically proven in this chapter.
Resistance against motion is seen from the equation below:
KE = (y-1) mc² -
where
γ=1/√(1-v²/c²).
This equation already tells us that motion travelling through space
results in resistance.
On the one hand, no motion (Mo) reflects no resistance. On the other
hand, the velocity “c” reflects 100% resistance
In the equation above,
(y-1)
expresses the transformation factor but it must naturally reflect the
value of resistance as well, not only a factor which is able to show an
object’s required energy necessary for acceleration and an object’s
increase of mass due to higher velocity.
When travelling 12240 m/s (as pioneer 10 space probes did):
(y - 1) = 8.33 × 10−10 m/s²
Compared with this, (we know) the Pioneer probes were decelerating:
8.74 × 10−10 m/s²
Even though we (above) can see a small difference, it is no coincidence
that the values:
(y-1)
and the value affecting the pioneer space probe anomalies are so
concordant.
Notice that the basic assumption that: "matter contracts space"
means that we must have resistance when matter moves. The equation above
must reflect this – and it does.
Later in this chapter we will also look deeper into why we have the
small difference between the two values.
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