Go look again, with a telescope. Watch. Rate of fall ≠ Gravity. Name an experiment that proves gravity. Save yourself some time, there are none, but find me one if you insist. The only instance where gravity is needed to explain anything that happens in our world is to explain why planets orbit the sun (which is clearly not the case since the earth is not a Globe sphere), everything else functions absolutely without the gravity Theory.
My physics degree begs to differ with your assessment of "no experiment proves gravity."
Take a look at a pendulum, or a falling body, or a celestial body, or omg, literally a million other things.
I have done hundreds of experiments on gravity myself. I have written papers on it.
If you have another mathematical theory that explains all observations I will happily look at it, but I promise you, our theories of gravity do extremely well.
Foucault's pendulum has the following interesting behavior.
At the equator, when swinging, it does not rotate. At any other point on the earth it precesses, going faster around a circle as you move closer to the poles, exactly as predicted by applying Newton's gravity to a mass swinging over a rotating spherical mass.
It also will swing forever. It does that because the earth is rotating and momentum is being transferred from the earth to the pendulum.
No matter where you are on the earth these effects will occur as predicted.
I have seen ships go over the horizon. I have witnessed this phenomenon, that is predicted by the globe model, myself.
All physical models of gravity also support exactly what we see in every experiment we have ever done, and there are millions.
Go look again, with a telescope. Watch. Rate of fall ≠ Gravity. Name an experiment that proves gravity. Save yourself some time, there are none, but find me one if you insist. The only instance where gravity is needed to explain anything that happens in our world is to explain why planets orbit the sun (which is clearly not the case since the earth is not a Globe sphere), everything else functions absolutely without the gravity Theory.
My physics degree begs to differ with your assessment of "no experiment proves gravity."
Take a look at a pendulum, or a falling body, or a celestial body, or omg, literally a million other things.
I have done hundreds of experiments on gravity myself. I have written papers on it.
If you have another mathematical theory that explains all observations I will happily look at it, but I promise you, our theories of gravity do extremely well.
The ole "why don't you take a look" one liner.. take a look at??
I posted what to take a look at...
Foucault's pendulum has the following interesting behavior.
At the equator, when swinging, it does not rotate. At any other point on the earth it precesses, going faster around a circle as you move closer to the poles, exactly as predicted by applying Newton's gravity to a mass swinging over a rotating spherical mass.
It also will swing forever. It does that because the earth is rotating and momentum is being transferred from the earth to the pendulum.
No matter where you are on the earth these effects will occur as predicted.