The space-time fabric in relation with the speed of light

I decided to observe planets orbiting around the sun through a telescope. I calculated the motion for instance of jupiter using mathematics. I though of trying to compare the results with the ones of another observation, that one being when I observe how electrons were behaving when projected on a wall, passing slightly before through two slits on a flat surface in front of the projector. The reason why I decided to compare both observation is because they both contain a common point, wich is the speed of light. The results of both observation were that when I observe the motion of A being both planets and electrons, I always come to a different result than when I don't measure through observation, but through calculation. I realized that in both case, there was something changing the result, something that must be wrong one way or another.The speed of light being the main observation component, I decided to do something differently in order to clarify what the two obtained results, were all about, and four if looking at both observations of the planets and the electrons. I decided to put the speed of light under a different name, the space-time fabric ratio. By doing that, 300 000 km per seconds became the ratio of space by time. I then did the calculation of the positionning of both observations, and guess what, it fitted in with the calculation without measurements. The only difference was the fact that without measurements, I need to integrate into the math the 300 000 km per seconds ratio and I obtained the same results for both observed and not observed results, so that the orbiting speed of the planets is exactly determined by the space-time ratio, just like pi is the circumference-diameter ratio, used to get further informations on the shape of a circle, the same principle applies with the motion of planets and of course the motion of the electrons orbiting their respective nucleus. In other terms, everything that is orbiting a mass, is subject to that ratio, that last one defining every single data of orbiting system in the universe, including the atom. I was simply amazed by this discovery, and I wanted to share it's beauty and elegance with the whole world. I will soon publish so that corrections can be made in modern science.