Bjarne
Philosopher
- Joined
- Oct 6, 2009
- Messages
- 5,087
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We can measure a gravitational anomaly (in space) above the Earth.
This means that (deformed) space (around an astronomic object) is rotating together with the rotation of the object.
We also know that matter close to a rotating astronomic object is affected by a forces that seems to be a kind of “centrifugal force” www.newscientist.com/article/dn13411
We have good reason to assume that space not only follows the motion / rotation of matter, but matter also is affected by space in motion/rotation of space. (Probably because matter and space mutual are connected).
Some space probes are affected by an accelerating force that seems to be a kind of centrifugal force transmitted from a rotation astronomic object. (a fly-by anomaly).
Other space probes (Pioneer 10 and 11) were affected by a (opposite) decelerating force.
It is very strange that many space probes are affected by these two opposite forces, but planet (in our solar system) doesn’t seem to be.
But wait a minute:
ACCELERATION PHENOMENA’s
1.) As motioned, some space are too fast..
2.) We have found planets more as 15 billion km. away from their mother stars..
3.) The outer stars of a galaxy are too fast. (We believe in “dark matter”. But dark matter isn’t knowledge but rather a “woops suggestion”).
4.) Few weeks ago a new mystery occurred: Wasp-18b - A planet that should have demised for approximately 500.000.000 years ago, but is still alive. The tidal force “should” for long ago had forces Wasp-18b to demise. Where have Wasp-18b been hidden so long?
DECELERATION PHENOMENA’s
1.) Some space probes are too slow.
2.) We have found gas planets too close their mother stars. If the star was created so close to a star the gas atmosphere should had been blown out in space, when their mother stars ignited.
3.) The atmosphere of Jupiter seems to have been created much more fare away from the Sun.
4.) We don’t know why most of the matter is moving towards the centre of a proto-planetary disc. Which force drives the matter inwards?
5.) In the centre of galaxies stars “fall from the sky”, - we don’t know why.
6.) The inner stars of a galaxy are too slow.
Are these mysteries related? - Try to allow you self the thought that:
1.) the decelerating force that affected the Pioneer probes - and -
2.) the accelerating force that affected many other space probes
both also affects the planets too and even equalize with each other’s (in our solar system but not in the most of the solar systems around us).
If we compares stars rotations velocity with the (average) distance to their planets, we actually can see a pattern: The rotation velocity of a star seems to be decisive for the (average) distance from the mother star to the planets of the star.
If we look at the planets in our solar system, we will see their orbit seems to be stable. But only because these two opposite forces (accelerating and decelerating) equalize each other. It hasn’t always been so; the stable orbit of the planets is not accidentally and will be covered further if you follow the link below.
The opposite (decelerating) force is also not so strange that we may think. Resistance due to motion is already known. It requires more and more energy to get a diminishing velocity increase.
Normally we would call this "inertia," but this expression is misleading as inertia only applies to acceleration. (This is really an medieval idea, that never have been proven, and only based on that the planets in our solar system apparently only is affected by gravity)
Resistance due to motion also applies to any object moving with constant velocity. We have misunderstood this simple point. Look up and you will see that the proff is "written in the stars"
We are not dealing with insignificant forces, but rather with two huge opposite forces that affect everything in space and even are responsible for the fact that the inner stars of galaxies are: too slow, and the other stars, too fast. (so called dark matter). ...
http://www.science27.com/english/the_pioneer_anomaly.html
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We can measure a gravitational anomaly (in space) above the Earth.
This means that (deformed) space (around an astronomic object) is rotating together with the rotation of the object.
We also know that matter close to a rotating astronomic object is affected by a forces that seems to be a kind of “centrifugal force” www.newscientist.com/article/dn13411
We have good reason to assume that space not only follows the motion / rotation of matter, but matter also is affected by space in motion/rotation of space. (Probably because matter and space mutual are connected).
Some space probes are affected by an accelerating force that seems to be a kind of centrifugal force transmitted from a rotation astronomic object. (a fly-by anomaly).
Other space probes (Pioneer 10 and 11) were affected by a (opposite) decelerating force.
It is very strange that many space probes are affected by these two opposite forces, but planet (in our solar system) doesn’t seem to be.
But wait a minute:
ACCELERATION PHENOMENA’s
1.) As motioned, some space are too fast..
2.) We have found planets more as 15 billion km. away from their mother stars..
3.) The outer stars of a galaxy are too fast. (We believe in “dark matter”. But dark matter isn’t knowledge but rather a “woops suggestion”).
4.) Few weeks ago a new mystery occurred: Wasp-18b - A planet that should have demised for approximately 500.000.000 years ago, but is still alive. The tidal force “should” for long ago had forces Wasp-18b to demise. Where have Wasp-18b been hidden so long?
DECELERATION PHENOMENA’s
1.) Some space probes are too slow.
2.) We have found gas planets too close their mother stars. If the star was created so close to a star the gas atmosphere should had been blown out in space, when their mother stars ignited.
3.) The atmosphere of Jupiter seems to have been created much more fare away from the Sun.
4.) We don’t know why most of the matter is moving towards the centre of a proto-planetary disc. Which force drives the matter inwards?
5.) In the centre of galaxies stars “fall from the sky”, - we don’t know why.
6.) The inner stars of a galaxy are too slow.
Are these mysteries related? - Try to allow you self the thought that:
1.) the decelerating force that affected the Pioneer probes - and -
2.) the accelerating force that affected many other space probes
both also affects the planets too and even equalize with each other’s (in our solar system but not in the most of the solar systems around us).
If we compares stars rotations velocity with the (average) distance to their planets, we actually can see a pattern: The rotation velocity of a star seems to be decisive for the (average) distance from the mother star to the planets of the star.
If we look at the planets in our solar system, we will see their orbit seems to be stable. But only because these two opposite forces (accelerating and decelerating) equalize each other. It hasn’t always been so; the stable orbit of the planets is not accidentally and will be covered further if you follow the link below.
The opposite (decelerating) force is also not so strange that we may think. Resistance due to motion is already known. It requires more and more energy to get a diminishing velocity increase.
Normally we would call this "inertia," but this expression is misleading as inertia only applies to acceleration. (This is really an medieval idea, that never have been proven, and only based on that the planets in our solar system apparently only is affected by gravity)
Resistance due to motion also applies to any object moving with constant velocity. We have misunderstood this simple point. Look up and you will see that the proff is "written in the stars"
We are not dealing with insignificant forces, but rather with two huge opposite forces that affect everything in space and even are responsible for the fact that the inner stars of galaxies are: too slow, and the other stars, too fast. (so called dark matter). ...
http://www.science27.com/english/the_pioneer_anomaly.html
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