Let's see if I finally manage to understand this.
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Originally Posted by AntonioLao the force of gravity is attractive. |
Shouldn't this be a wrong definition because gravity doesn't physically pull objects? It just makes them move or fall by the curvature of space-time.
Also, as scientists accept Dark Energy, which is repulsive energy, shouldn't gravity said to be both atractive and repulsive?
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Originally Posted by AntonioLao electric force can be attractive and repulsive. |
Is the electric force really a "force"? Does this mean that photons atract and repele me?
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Originally Posted by AntonioLao magnetic force can be attractive and repulsive. |
Shouldn't this impply that there is no difference between the electric and magnetic force, that they are the same?
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Originally Posted by AntonioLao the combined force of electric and magnetic is the electromagnetic force and it is radiative (neither attractive nor repulsive but always expansive). |
What does "expansive" mean here? That it is bigger and bigger? Shouldn't the EM force be 2 atractive and 2 repuslive as the sum of the E and M force?
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Originally Posted by AntonioLao the strong nuclear force is attractive but only acts at very short distances. |
Shouldn't then this force be taken as gravity for short distances? We say gravity is very weak at these distances, shouldn't it be because somehow in a process ( I could design it) the gravity force starts becoming the strong nuclear force at shorter distances, and vice versa at bigger distances?
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Originally Posted by AntonioLao The shorter the distance the weaker is the strong force but at distances comparable to the atomic nucleus, the strong force becomes almost infinite. |
This is a contradiction. Isn't atomic nucleaus distance small? Then, how can it be bigger, whiles you say the force is smaller at smaller distances? Isn't it smaller at big distances? (until it dissapears).
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Originally Posted by AntonioLao the weak nuclear force acts at even shorter distances than the strong force and it seems to be repulsive causing radioactive decays of various elementary particles. |
Finally, Shouldn't this be seen as that the weak nuclear force is the opposite to the strong nuclear force, then both becoming one only force, which is atractive and repulsive. (Also, I could make a theory where to show that the strong force becomes the weak force in smaller distances than atomic, and vice versa in bigger distances until atomic. This could the explain that SNF, WNF and G are the same force just that different domains?).