The Tesla Challenge

You've read many posts from good people explaining how you are wrong or mistaken, and yet you continue to spout the same idea as if it were correct. It seems you really have learned nothing. Why not take into consideration that you are just misunderstanding what you've read? Or simply don't understand the subject.When everyone is telling you that the sky is blue after you repeatedly claim its green, it is a good indication that you might be wrong. Why can you accept that as a possibility? Take your own advice, man. Instead of continuing to spout the same nonsense, why don't you try to understand what people are telling you? There's a lot to learn if YOU had the willingness...

But your position hasn't budged after multiple people show you its wrong. Your threshold for "proof" is too high. You should take your own advice:

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the man, who walks with eyes open for truth , and willingness to learn, is far smarter.

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Because you are wrong, its just that you don't want to admit it. You have no willingness to learn and your eyes are closed.Oh, and one more thing... I'm calling bullshit on this. You don't have any "observations".You should say that all your thoughts say they're correct.And it'd be nice if you informed people that you have no intention of changing your thoughts so they don't waste their time on you.

Gravity is proportional to mass, not density. The volume of the object doesn't matter. No. Different atoms have different masses. 5 helium atoms are more massive than 5 hydrogen atoms.1 gram of helium has less atoms than 1 g of hydrogen.Maybe your thinking moles?

Define "output of strong force" You're in way over your head, man.Gravity and Strong Interaction are independent and are not related.Read this page on the fundamental forces.Some highlights of the differences between gravity and strong interactions:

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The strong interaction is the most complicated force because it behaves differently at different distances. At distances larger than 10 femtometers, the strong force is practically unobservable, which is why it wasn't noticed until the beginning of the 20th century.

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Gravitation is by far the weakest interaction, but at long distances is the most important force. There are two reasons why gravity's strength relative to other forces becomes important at long distances. The first is that gravity has an infinite range, like that of electromagnetism. The second reason why gravity is important at long distances is because all masses are positive and therefore gravity's interaction can not be screened like in electromagnetism. Thus large celestial bodies such as planets, stars and galaxies dominantly feel gravitational forces. In comparison, the total electric charge of these bodies is zero because half of all charges are negative. In addition, unlike the other interactions, gravity acts universally on all matter. There are no objects that lack a gravitational "charge".

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When gravitation's relative strength is set at 1, strong interactions relative strength is on the order of 10³⁸!!!Not even in the same ballpark, let alone realated.