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gonegahgah
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I would like to get your feedback, thoughts and answers if I may?
If it were that the particles - re electron and nucleus - are spinning then will this have an effect on the apparent gravity?
I reflect upon industrial floor waxers and gyroscopes.
A gyroscope will appear to defy gravity by hanging out sideways without falling. If you try to get it to hang out sideways when it is not spinning it will fall as you would expect.
Also an industrial floor waxer needs to be pushed sideways to go forwards and if you push it forwards it will go sideways.
If particles spin then will they do the same for gravitational effect?
I raise the question asking that if the spinning particles that comprise our world (if they are spinning) then whether this would decrease the apparent gravitational effect that we feel? Do we feel less gravitation then actually resides in the particles were they not spinning?
I look at the example that if you hold a piece of metal at the exact point between two magnets then you can get it to remain stationery despite both magnets 'pulling' upon it.
In an approximately similar fashion, could it be that the spinning particles which are spinning at different orientations be serving to divert gravitational 'pull' from totally being down and converting it to other directions that often as not oppose each other and cancel each other other in terms of gravitational effect? ie If you get attracted both ways you go nowhere.
I don't think current science considers particle movement and its possible affect upon gravitational direction so I am asking people here what they think please?
(Sorry the topic should be: Does Particle Spin Affect Gravity?)
If it were that the particles - re electron and nucleus - are spinning then will this have an effect on the apparent gravity?
I reflect upon industrial floor waxers and gyroscopes.
A gyroscope will appear to defy gravity by hanging out sideways without falling. If you try to get it to hang out sideways when it is not spinning it will fall as you would expect.
Also an industrial floor waxer needs to be pushed sideways to go forwards and if you push it forwards it will go sideways.
If particles spin then will they do the same for gravitational effect?
I raise the question asking that if the spinning particles that comprise our world (if they are spinning) then whether this would decrease the apparent gravitational effect that we feel? Do we feel less gravitation then actually resides in the particles were they not spinning?
I look at the example that if you hold a piece of metal at the exact point between two magnets then you can get it to remain stationery despite both magnets 'pulling' upon it.
In an approximately similar fashion, could it be that the spinning particles which are spinning at different orientations be serving to divert gravitational 'pull' from totally being down and converting it to other directions that often as not oppose each other and cancel each other other in terms of gravitational effect? ie If you get attracted both ways you go nowhere.
I don't think current science considers particle movement and its possible affect upon gravitational direction so I am asking people here what they think please?
(Sorry the topic should be: Does Particle Spin Affect Gravity?)
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