Gravity & V wave

My New Theory of Gravity combines nicely with my New solution for the Schrodinger Equation. Both rely on a sine wave with an exponential component.

I did show that a gravity wave with a factor of e^x can be fitted to the planets in our Solar System.

My New Theory of Gravity

I was intrigued to see if I could do the same for a V wave function of y = e^x + e(-x).

I have tried several combinations and the best two are shown in the tables on this page (you can download them too).

Now I will not say this removes all questions. Its still a little unclear but it helps to get a confirmation that my interpretation is correct.

The evidence, as I present it, shows Uranus to be abig stumbling block.

Now presuming I am correct (14th Oct 2009) then as a gas giant I can reasonable assume the mass to energy transformation at the core may be disrupted by the surrounding gases.

I have also modified the angles of inclination of the planets. I suspected this may help to improve my results and it does.

I will return to the work I have done and check again how Uranus responds in the hope I can find a significant clue.

Gravity wave factor of e^x fitted to our Solar System

I consider (what I will define here) as the carrier wave being sinusoidal and a carried wave as exponential. I define the carried way as never being sinusoidal as it would merge completely with the carrier wave. The two waves must be intrinsically distinct.