I really haven't thought this through: but is gravity tied to vibrational frequency of "stuff"? I mean the higher the vibration the less it weighs, like visible light for instance isn't that affected by gravity and it has a high frequency. If you start to vibrate a nail on an atomic level, first it'll start to get hot, then it'll start to glow. Also heat causes expansion in objects, so they become less dense. And yes I am trying to say that the aforementioned nail will start to levitate* if you heat it enough; it vaporizes. The atoms are moving/shaking/vibrating so much that they can't hold onto each other any more.
*(The reason it goes "up", is because everything else is still more susceptible to gravity )
So heat is movement, that is tied to density density is mass/volume.
//sidenote: "Mass is the measure of an object's resistance to acceleration (a change in its state of motion)"
So density is how many things can you fit in a certain space. Like, how many stationary people can you fit in a room versus how many ballet dancers doing La Bayadère can you fit in to that same room? And that's how dense that group of people is, then you give it a name: like helium or iron. So is the periodic table about how many observable groups of movement there are? By adding protons and electrons you make an atom more dense, thus making the different elements from the periodic table.
Maybe I should use an example of couples, since there are protons and electrons dancing with each other, and in the more denser stuff they are just hugging it out. Neutrons are just sitting it out. But then it begs the question: why helium and hydrogen aren't hot? There are only two couples(proton-electron) in helium, and one couple in hydrogen. Maybe heat is something that applies more to the denser stuff, the more dense a thing is
//CAN'T THINK STRAIGHT, MAYBE I'LL COME BACK AT THIS LATER. THERE'S JUST SO MUCH A MIND (my mind )CAN TAKE AT A TIME.
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