New calculations shows that WASP-18b probably not will be stable in its present orbit, but will be thrown away with from the star, with a velocity 3 times higher than the velocity astronomers today believe it “should” approach the star.

This certainly will be a big chock, and something we should be able to confirm within 1 to 2 years.

The idea that also planets are affected of the same accelerating force that space probes (by fly by) support this new theory and make it also possible to understand the cause of the 4 following mysteries:

1.) Why gas-planets can be found very closed to starts ( with their atmosphere intact)
2.) Why huge planets can be found more as 15 billion km. ...

New calculations shows that WASP-18b probably not will be stable in its present orbit, but will be thrown away with from the star, with a velocity 3 times higher than the velocity astronomers today believe it “should” approach the star.

This certainly will be a big chock, and something we should be able to confirm within 1 to 2 years.

The idea that also planets are affected of the same accelerating force that space probes (by fly by) support this new theory and make it also possible to understand the cause of the 4 following mysteries:

1.) Why gas-planets can be found very closed to starts ( with their atmosphere intact)
2.) Why huge planets can be found more as 15 billion km. from their mother stars.
3.) How Jupiter’s was created (longer away from the Sun) and what brought it closer to the Sun.
4.)How water come to earth.

Introduction
http://www.science27.com/english/the_pioneer_anomaly.html

Updates:
http://www.science27.com/english/Culcu3.htm

UPDATE
The conclusion in my previous post was wrong.
It’s not enough only to consider the possible force that can be pass by, - based on the angel velocity as a result of a astronomic bodies rotation (centrifugal force) affecting the planet (WASP-18b).

It’s also necessary calculating the possible energy requirement and compare that to the (rotation) energy available due to the stars rotation..
This shows that even though if enough energy fast “could” be transmitted to Wasp-18b, it’s simply not available.
Wasp-18b will therefore approach the star, and will not only be affected by the tidal effect (expected 2.8 s. per year) but will probably also be effected by too weak rotation energy ...

UPDATE
The conclusion in my previous post was wrong.
It’s not enough only to consider the possible force that can be pass by, - based on the angel velocity as a result of a astronomic bodies rotation (centrifugal force) affecting the planet (WASP-18b).

It’s also necessary calculating the possible energy requirement and compare that to the (rotation) energy available due to the stars rotation..
This shows that even though if enough energy fast “could” be transmitted to Wasp-18b, it’s simply not available.
Wasp-18b will therefore approach the star, and will not only be affected by the tidal effect (expected 2.8 s. per year) but will probably also be effected by too weak rotation energy (+ 2 s per year) Total 4.8 s. per year.

However Wasp-18b should have been dismissed for several hundred million years ago. How could it “hide it self” from the tidal force so long time?
The answer seems to be “written in the stars”.
By comparing with other solar systems we can easy understand the logic. (The site is now updated and much better now) >

http://www.science27.com/english/SolarSystems.htm

Sorry for the confusion…