What will you do if the Galileo experiments confirm relativity, Bjarne?
To calculate anything exact I need to know the elliptical eccentricity of the Galileo 5 and 6 orbit and the orbit inclination relative to a North South axis of the Sun (ecliptic) .
1.
UNEXPECTED GR EFFECT
Based on that I can calculate the speed increment, (unexpected acceleration) during the satellites Earth approach. It’s much less than by flyby, because the perigee approach of these satellites to Earth and thereby the suddenly change of GR influence is much-much weaker.
A weak unexpected
acceleration must be expected, - but I think so weak that it will be difficult to measure in this case. Furthermore a
decelerating influence shall be expected when moving north (due to activation of EDFA).
These 2 opposite kinematic anomalies can therefore more or less cancel out each other.
Time dilation will not be unexpected affected due to GR influence.. This part of GR is correct..
UNEXPECTED SR EFFECT
If Galileo 5 and 6 satellite orbit inclination is zero relative to North South axis of the Sun, and only when moving north we shall expect a significant SR time dilation anomaly.
It is the motion straight North, (with speed less as Dark Flow) , that triggers such significant SR time dilation anomaly.
So the question is therefore only how much north inclined is the Galileo Satellite orbits..
Several examples /consequnces are calculated and explained in the paper here
http://science27.com/paper.pdf
According to RC test of relativity / time dilation test, - will not be executed, but only signal test, - what ever that mean..
All media is lying, - It seems RC have this unique information from a different planet, because he did not mention any source. (Aliens normally don’t leave much signature you know).
So as you can see the predicted Galileo anomalies depend on several conditions.
The ISS test is more politely to account with I guess, at least still RC have not published any cancelation - so ISS right now sound like a better test option.
However here is what can be found many places at the internet regarding the Galileo 5 and 6..
The Galileo satellites — also fitted with hydrogen maser atomic clocks, still retain an elliptical orbit so far. Because they are climbing and falling about 5280 miles twice a day in altitude, they have become very valuable to researchers who want to compare how differently time travels at different altitudes from the Earth.
Atomic clocks run about a few tenths of a microsecond faster in orbit than they do on the ground. On navigation satellites, this produces errors of about 6.2 miles per day. The ESA is hoping to use a year’s worth of data from the two Galileo satellites to improve instrumental precision as well as understand general relativity in more detail.
The two satellites are expected to collect data that’s at least four times more accurate than the results derived from the 1976 mission.