Don't have any doubts gravity too is electromagnetic force as there are no gravitational waves whatsoever and I have published papers in peer-reviewed journals to substantiate my statement.

please define "massless waves", as a prerequisite to any further detail.

The Earth is in the gravitational field of the Sun, so we can say that there is a gravitational interaction between them in the form of standing gravitational waves. A similar interaction exists between the Earth and the Moon. On Earth, this interaction manifests itself as Galileo's principle, which is manifested in the fact that all physical (material) bodies fall onto its surface with the same acceleration. Galileo's principle is explained within the framework of GTR, if we consider its gravitational field as a solution to Einstein's equations, describing the static gravitational field of an isolated mass in the empty space-time of GTR. This field is described by the well-known Schwarzschild metric. The source of the gravitational field here is a collapsar located in the center of a spherical gravitating mass, in this case, the physical body of the Earth. Galileo's principle is a special case of an exact solution to Einstein's equations. A similar situation occurs for other planets of the Solar System.

To answer, or at least scientifically rationally to clarify, the question

“Can we study Gravitational Waves Scattered from the Sun and the Planets?”

- it is necessary, first of all to understand – what is “Gravity” and “gravitational waves”. The first point is essentially clarified only in the Shevchenko-Tokarevsky’s Planck scale informational physical model, in this concretely see

https://www.researchgate.net/publication/383127718_The_Informational_Physical_Model_and_Fundamental_Problems_in_Physics , section “Mediation of the fundamental forces in complex systems”,

- where it is rigorously scientifically proven that Gravity is a fundamental Nature force, which – as all Forces, including rather similar to Gravity Electric Force, exists and acts in Matter’s fundamentally absolute, fundamentally flat, fundamentally continuous, and fundamentally “Cartesian”, (at least) [4+4+1]4D spacetime with metrics (at least) (cτ,X,Y,Z, g,w,e,s,ct),

- i.e. by no means in some Riemannian space.

At that it looks as rather scinentifically rationally to suggest that gravitational waves are similar to EM waves that are coherent intensive flows of photons, which [photons] are particles that, though have zero rets masses, have, nonetheless both – inertial and gravitational masses;

- but here is essential difference. Electric Force in tens of orders by magnitude is stronger than Gravity Force, the last so compose diverse QM structures – atoms, molecules, systems of QM energetic structures in condensed matter, etc., so photons/ EM waves scatter diversely– small energy photons/ EM waves scatter isotropically by particles, if photons hit a condensed mater structure they mostly scatter [reflects, refracts, etc.] in acts “absolution-radiation” on some energy levels, etc.

Gravitons are also fundamentally some particles also, which – like photons – are radiated if some gravitational charge “gravitational mass” is accelerated, and by no means are Gravity Force mediators that compose Gravity fields [as photons aren’t mediators and don’t compose E/EM fields], and it looks as rather reasonable to suggest that gravitons can scatter at interactions with particles – seems interactions with condensed matter don’t happen since Gravity Force is tooo weak to compose some QM systems in this case.

- however it would be non-surprising if this effect would be rather weak, and is for sure weak in real cases of interactions of real gravitational waves in Sun planet system; including really that isn’t observed now experimentally, and that will be seems a long time in future.

Cheers

@ All the members of ResearchGate

All participants of this discussion

Please read the papers of Jan Slowak though not published in peer-reviewed journals but written such that even schoolboys knowing simple algebra can understand that Lorentz transformation, theory of relativity, Space-time Concept are simply nonsense so according the General Theory of Relativity is also incorrect. The experimental evidence of existence of aether has been shown in the paper published in peer-reviewed journal "Michelson -Morley Experiment; A Misconceived and Misinterpreted Experiment" which is available on ResearchGate in my profile. The gravitational force has been shown to be the electromagnetic force and transmitted by the electric dipoles of aether in the paper titled "Foundation of Theory of Everything; Non-living Things and Living Things" and as such the question of existence of gravitational waves and space-time curvature does not arise and the discussions about something which is nonsense is simply wastage of time.

Yes, studying gravitational waves scattered from the Sun and planets is theoretically possible, but extremely challenging. Gravitational waves are incredibly weak by the time they reach Earth, especially when scattered by large bodies like the Sun or planets. While the detection of gravitational waves from distant cosmic events (like black hole mergers) has been successful, detecting those scattered by objects within our solar system requires highly sensitive instruments and is currently beyond our technological capabilities. However, future advancements in gravitational wave observatories could make such studies more feasible.

@ Dale Fulton: Massless waves are waves that propagate without requiring a medium that has mass. These waves do not carry mass themselves but still transfer energy through space. The most well-known example of massless waves is electromagnetic waves, such as light, radio waves, and X-rays. These waves travel through the vacuum of space at the speed of light and do not have rest mass. In the context of gravitational waves, these are also considered massless because they are ripples in the fabric of spacetime that propagate without having mass, yet they carry energy and can interact with matter.