Naked Science Forum
On the Lighter Side => New Theories => Topic started by: Dhruv on 19/02/2021 13:15:59
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So, I was studying gravity for some time and at night I thought about this theory.
Originally sir Isaac newton said,
"Every object attract every other object"
I think, every atom in the universe has some kind of magnetic quality in it which creates a magnetic field which when comes into another magnetic field the both atoms get attracted, That's my theory of attraction.
I am not fully sure about atoms cause it even could be the ions having the magnetic quality.
Now, as said before I got idea of this theory in night so I ain't no sure if it's already taken or not.
I would really be glad if you could correct me if suggest your suggestions.
Thanks
Edit: I didn't meant to say that gravity is magnetism.
I mean every atom would have protons and electrons
And so either one of them would be more
Then the other electrons with the other being more will get attracted to the atom.
And you all know that Earth has a core which consists of molten metal.
So earths core attracts every other atoms creating a radius of attraction around it which we call gravitation.
Cause we don't get attracted to Earth, we get attracted to the core of Earth.
Hence,we could say that the core of Earth is the reason why gravity occurs at the first place.
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An iron nail is attracted by a magnet. A glass of water is not.
But they are both attracted by gravity.
So we know that gravity is not magnetism.
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Your theory is similar to the early modern theories of gravity. The electromagnetic force; EM force, when it lowers potential, gives off energy quanta as photons. The early modern theory of gravity implied that gravity, as an attractive force, should also give off energy quanta like the EM force. These were termed, gravitons, at the start of the investigation. However, the gravitons were never found. This suggested the gravity was a force but not like the rest.
If you look at a forming star, as gravity attracts the matter for the star, a rotation will usually begin. This appears to be an example of Newton's action and reaction. The lowering of gravitational potential, which should be exothermic, graviton or not, is causing an action and reaction that increases kinetic energy elsewhere. There is no graviton to mediate, but there is still an energy action and reaction, connected to related angular momentum and rotation. A rotating galaxy is doing this because its internal gravity is lowering potential and giving off energy,
If you look at General Relativity; GR, mass, via gravity will contract and curve space-time. This curving action due to GR, suggests that the curvature of space-time and the curvature of the induced angular momentum are connected. One may theorize that the spin of electron and even sub atomic particles may all be connected to gravity, which is why they rarely stop. They are being constantly fed energy.
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Light is attracted to gravitational fields (gravitational lensing) but not to magnetic fields.
However, the gravitons were never found. This suggested the gravity was a force but not like the rest.
Individual gravitons are absurdly difficult to detect.
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If you look at a forming star, as gravity attracts the matter for the star, a rotation will usually begin.
The rotation was already there.
That's why we say that angular momentum is a conserved quantity.
This appears to be an example of Newton's action and reaction.
Yes and no.
Every physical process is an example of Newton's law. It's a universal law; it's can't "not apply".
But, while, the effects of the law make a difference locally, they don't alter the overall outcome much.
The lowering of gravitational potential, which should be exothermic,
It is observably so.
There is no graviton to mediate
Just saying that doesn't make it true.
here is still an energy action and reaction, connected to related angular momentum and rotation. A rotating galaxy is doing this because its internal gravity is lowering potential and giving off energy,
That seems to be word salad.
This curving action due to GR, suggests that the curvature of space-time and the curvature of the induced angular momentum are connected.
No, it doesn't.
One may theorize that the spin of electron and even sub atomic particles may all be connected to gravity, which is why they rarely stop. They are being constantly fed energy.
Hogwash.
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Everyone please read my edited version of the theory in order to get a clear understanding of what I actually meant.
:)
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Everyone please read my edited version of the theory in order to get a clear understanding of what I actually meant.
What I said still holds. Light is attracted by gravity, but not by magnetism. So your edited idea still doesn't work.
Hence,we could say that the core of Earth is the reason why gravity occurs at the first place.
The Cavendish experiment was able to measure the gravitational attraction between lead spheres, so no kind of molten core is needed for gravity to exist: https://en.wikipedia.org/wiki/Cavendish_experiment