Gravity experiment

The diagram above illustrates the point on Earth in its orbit around the Sun where I predict gravity will be the strongest based on my theory that gravity is an effect of matter moving through space. The "tail" marks the point on the Earth where this increased gravity should be most apparent.

I propose that gravity measurements --- or weights --- will vary on Earth at different times of the year and day because the Earth is creating turbulence in spacetime as it orbits the Sun. The greatest gravity will be observed when the Earth is nearest the Sun --- January 3 --- and at a point on the Earth's surface which is between the point closest to the Sun --- a place in daylight --- and opposite the direction in which the Earth is traveling.

This variation will be small because of the Sun's overwhelming effect on the Earth, but my theory will explain the difference. It will not be due to an attractive force of matter because in that case gravity would be greatest at a point on the Earth's surface farthest from the Sun. In other words, if matter has an inherent attractive force then the gravity of the Sun and the Earth would combine to create the greatest gravity at a point opposite the side of the Earth facing the Sun --- a place in the night.

Instead, my theory explains that gravity is the effect of the Earth moving against the fabric of space as it orbits the Sun. This motion is due to the Big Bang, which is causing all matter to move through space. The variations in gravity on Earth are due to the density of matter and the speed of its motion, such that the Earth will exhibit the greatest gravity when it is moving the fastest and meeting the most resistance. In other words, gravity will be the strongest when the Earth is closest to the Sun.

It is just a theory, and it must take into account other variables in this context, such as the position of the Moon and other planets. But my prediction in this experiment may tend to prove that gravity is an effect of matter moving through space rather than an attractive force of matter.