Another "gravity mystery could soon be solved" with help from new theoretical model

[Tony2022]

https://www.researchgate.net/publication..._Waves_PPT

[font=等线][font=等线]The paper discusses the following aspects:[/font][/font]

[font=等线][font=等线]1.There is a linear relationship between gravity and velocity.[/font][/font]

[font=等线][font=等线]2.If the speed of gravity is equal to c, the solar system will no longer be stable.[/font][/font]

[font=等线][font=等线]3.The distribution law of gravitational waves in space.[/font][/font]

[font=等线][font=等线]4.The influence of gravitational waves on planetary orbital precession.[/font][/font]

[font=等线][font=等线]5.3D simulation of planetary orbits in the solar system.[/font][/font]

[font=等线]6. [/font][font=等线][font=等线]When the simulated gravitational speed is equal to the speed of light, the planetary orbit is no longer stable.[/font][/font]

[font=等线]7. [/font][font=等线][font=等线]Einstein–Infeld–Hoffmann Equations[/font][/font]


Regarding gravity, this is a very worthwhile paper.
Thanks. Tony

[confused2]

Hi Tony2022, welcome to the forum.
Some years ago I was advised to work with potentials whenever possible as it saves having to work with messy vectors so that's what I'm going to do.
Big V for potential, little v for velocity if/when required.
Choosing two points p1,p2 at some distance from a large mass M we have gravitational potentials V1 and V2.
Introducing a test mass m that moves from p1 to p2 we normally get that the change in energy of the test mass=m(V2-V1)
Yes?

[Kornee]

The chances Tony2020 and TonyYuan are not the same person is imo very remote. Latter Tony has a lengthy track record over at SF:
http://www.sciforums.com/members/tonyyuan.289698/

[confused2]

I am happy to stay (what I believe to be) 'on topic' with the OP.