If an apple falls but we can't explain why, does that mean the apple didn't fall at all? No it doesn't. We observe that mass attracts mass, whether we can explain it or not.
How an apple falls to the ground is explained clearly and beautifully in the correct FE theory.
Plenty of experiments carried out by some of the greatest physicists of the 20th century.
And those experiments prove clearly that mass does not attract ANYTHING AT ALL.
In the classic Lamoreaux experiment, performed at Yale, in full vacuum, the two plates ARE PUSHED TOGETHER BY AN OUTSIDE FORCE.
No attraction at all.
Please inform yourself before posting a message.
First of all, you failed to understand the point. Just because our current working theory contains a component that is yet to be properly explained, does not mean that the theory is wrong. We look everywhere and see the effects of mass attracting mass. For example in the orbit of planetary bodies. Us not being able to explain it to the fullest, does not mean that it doesn't happen. You can't deny that.
Furthermore, all you do is:
-Point out paradoxes
-Point of things that have not been solved yet
-Misinterpret research
-Cite unscientific sources, going blatantly against well established science for no particular reason
-Don't give anything a second thought; you never seem to try to come up with arguments that would disprove your case, which is quite essential really. How can you support a theory if you haven't thought about how it could be disproven? If you haven't given it a try yourself?
And in the end, all your "proof" and "debunking science", or whatever you call it doesn't mean a thing. Mostly because science is a work in progress; a paradox doesn't mean that everything involved doesn't work, it just means that we're missing something. Not having explained something yet doesn't mean that it doesn't work or exist, it just means that we're not that far yet.
And most of all, you have yet to propose an actual working model for a flat earth that doesn't fall apart immediately.
Go do your homework before telling others to do so.