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I don't know if you've actually read into what I have posted Kryptid.Your last answer I have already answered, every point.
I suggested grav. waves not being carried by aether, yet being to out of phase EM waves produced by the highly magnetic neutron stars.
The logical conclusion of two neutron stars forming a black hole would be an EM "out" effect (damn obviously as a region of no light)
yet with a resulting massive grav.-field
....using that train of theory I have proposed, not to mention using the idea of EM out-of-phase resonance to assist in the "dark-matter" idea/phenomena.
Even before the detection of gravitational waves by LIGO, it was observed that the Hulse-Taylor binary neutron star system experienced orbital decay at exactly the rate predicted by relativity if the system emitted energy in the form of gravitational waves: http://aspbooks.org/publications/328/025.pdfTake a look at the fourth page of the document to see just how closely the data matches the predictions. An awfully convenient coincidence if gravitational waves do not exist. If gravitational waves don't exist, then what was carrying the energy of the system away to allow for such orbital decay and why did it exactly match gravitational wave predictions?