In the context of gravitational waves detection, there are several conclusions to take it as a wrong approaches. The equations which resulted such predictions itself is based on the fluid mechanism i.e. these are corresponding abstractions from fluid dynamics to GR which gave foundation for the inertial effect in empty space and hence for the inertial mass to Equivalence principle. I personally question that the plane linearized solution to get such resulting wave mechanism of gravitational field or say space-time fabric should be permitted only on the edge or outer surface of such fabric (like for ex., a vibrating object inside the water pool shows a waving pattern on the surface level and not inside the water pool, which means a perturbed result as a whole allows such ripples on the surface pool, only). As we have no guaranty that we and our labs are at such surface level or at the edge of universe. Such collision between two merging black hoes should create such ripple only at the edge of universe, not inside our labs. This is an indirect expression which my previous question was really addressing to ______

https://www.researchgate.net/post/Are_we_ignoring_extra_planes_of_space-time_fabrics_to_represent_the_curvature_around_a_dense_mass_M_in_GR

? So through this aspect, does the linearized solution of gravitational wave to detect in our labs is possible??

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