View source for Observation of Ether Drift in Experiments with Geostationary Satellites

{{Infobox paper
| title = Observation of Ether Drift in Experiments with Geostationary Satellites
| author = [[Eugene I Shtyrkov]]
| keywords = [[ether drift]], [[geostationary satellites]]
| published = 2005
| journal = [[Proceedings of the NPA]]
| volume = 2
| pages = 201-205
}}

==Abstract==

The ether drift due to motion of the Earth has been discovered in the process of tracking of a geostationary satellite. The average annual velocity of the orbital component of the ether drift found to be 29.4 km/s that almost coincides with the known value of orbital velocity of the Earth (29.765 km/s). Parameters of galactic motion of the solar system have also been measured and obtained values are 270<sup>0</sup> for apex right ascension (in astronomic literature-269.983<sup>0</sup>), 89.6<sup>0</sup> for apex declination (Dec=51.30<sup>0</sup> in astronomy) and 600 km/s for velocity of Sun?s system. Such results are direct evidence of fact that velocity of the uniformly moving system can be measured with a device in which the source of radiation (geostationary satellite) and detector (antenna of the telescope) are fixed&nbsp;with respect&nbsp;to each other and the system itself. Evidently, this can be considered as a final refutation of the special relativity theory.

[[Category:Scientific Paper|observation ether drift experiments with geostationary satellites]]

[[Category:Aether|observation ether drift experiments with geostationary satellites]]