Answer to Question #153565 in Quantum Mechanics for Rash gash

Question #153565

What if we define a 'RANDOM' mathematical set F in the beginning of universe whose cardinality remains constant with all parameters. the set represents five fundamental forces in universe,which remains same even if we discover a new force as we can directly right mathematical expressions of that new force in terms of any of those five fundamental force and there are only two long range forces in the set and other three are short range forces.Gravitational which is only attractive and Electromagnetic which is both attractive and repulsive so let's say we defined their mathematical expressions we found out the constants associated with them.We developed the concept of light from their.Then we used Hubble telescope to see the start of universe and we saw the different places in universe accelerating at different rate and we gave the argument that force due to dark energy is responsible for it but actually if we see in our set there is no such force so definitely if it is repulsive in nature there is only one such force which is repulsive.One at short range which is roughly the strength of gravitational force and acting between electrons and neutrons and other is a long range force which is nothing but the electromagnetic force.Through Hubble telescope we saw that repulsive force acts at long range so it implies that force has to be electromagnetic force.So from the thought experiment that I created is it proven that there is no dark energy and it is basically electromagnetic force and accept it or not when we talk about charge on a planet that is impossible to find out as we can never go to every galaxy or planet.So have I solved the biggest mystery of the universe through this thought experiment


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Expert's answer
2021-01-04T16:46:57-0500
Dear Rash gash, your question requires a lot of work, which neither of our experts is ready to perform for free. We advise you to convert it to a fully qualified order and we will try to help you. Please click the link below to proceed: Submit order

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