Predictions following from the GET
|
Observations
|
Existing interpretation of the observations
|
| 1. All the results of the GRT (limit case of the GET) for the planetary system MUST be true |
Yes |
GRT |
| 2. A body speeding up in the planetary system with the help of the gravitation maneuver MUST have an additional Sunward acceleration of the order of cH |
Yes (Pioneers’ anomaly) |
14 various explanations dealing with technical and signal processing reasons and also with cosmic reasons and “new physics” |
| 3. Rotation curves for spiral galaxies MUST be flat |
Yes |
(Unobservable) dark matter |
| 4. Orbital velocities corresponding to the flat region on the plot MUST provide the centripetal acceleration of the order of cH at the distances of the order of a galaxy radius |
Yes |
Interpretation is absent |
| 5. If a galaxy luminosity is proportional to its mass, and the mass is distributed in the galaxy plane, then the luminosity MUST be proportional to the 4th power of the orbital velocity |
Yes (Tully-Fisher law). No trace of the (unobservable) dark matter presumably present in the galaxy is present in the calculated results |
Interpretation is absent |
| 6. Spiral galaxies MUST have arms |
Yes |
Density waves theory (it doesn’t predict the existence of bars) |
| 7. Spiral galaxies MUST have bars |
Yes |
Interpretation is absent |
| 8. The motion of separate bodies in a spiral galaxy plane MUST be not Keplerian |
Yes. Global clusters’ of stars in our galaxy break the Keplerian prediction for their expected location (they are found mainly in the center and not at the periphery of the galaxy) |
Interpretation is absent |
| 9. The motion of objects in the plane of a galaxy and orthogonal to it MUST differ |
Yes. The observed motion of global clusters in the perpendicular plane follow the Kepler law |
Interpretation is absent |
| 10. In some gravitation lenses the refraction MUST be essentially larger than the value following from the GRT |
Yes |
Dark matter |
| 11. Gravitation lensing produced by the spiral galaxies with profile orientation MUST give asymmetrical images |
Yes (Einstein Cross) |
Interpretation is absent |
| 12. There MUST be concave gravitational lenses that produce the diminished images leading to the erroneous (overestimated) values of distances to the light sources |
Yes |
The accelerated Universe expansion due to the dark energy of repulsion |
| 13. Clusters of galaxies MUST possess larger mass than it could be expected according to their luminosity |
Yes (Zvicke observations). |
“Hidden mass” and (unobservable) dark matter |
| 14. The mass excess MUST reveal itself during the collisions between galaxies |
Yes (“Chandra” observations) |
(Unobservable) dark matter |
| 15. Red shift in the distant objects radiation MUST grow linearly with distance |
Yes. Law discovered by Hubble. |
Universe expansion |
| 16. There MUST be a specific feature (in the form of “infinity” sign) in the mass distribution close to the nuclei of active galaxies |
Yes (“Herschel” observations) |
Interpretation is absent |
| 17. The gravitational field of spiral galaxies has a solenoidal component whose action on the massive objects MUST be similar to the action of magnetic field on the charged particles |
Yes. There are jets observed at the nuclei of active galaxies |
Action of the galactic magnetic field (of the unknown origin) |
| 18. The anisotropy of our galaxu MUST reveal itself in the observations of the specific features of the OMPR effect |
First promising of the OMPR are performed |
|