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David CooperYou seem to be saying that this stuff can't fill the space that's available for it to expand into because it's being pulled out into all the space that's available for it to expand into. That's not great reasoning. If the pressure can push it apart at all, it can keep pushing it apart until it has reached a fairly even pressure through the whole of space.
David CooperSo you now have mass creating ger-voids in matter, and these cause a tug-of-war in the ger outside? Shouldn't it be a push-of-war as they try to fill the void inside the matter? But the matter will maintain that void, so the push will have the same effect as if the matter was full of ger and lacked a void - nothing will happen if the ger pressure inside the matter is maintained as it is.
I think I want to spend some time thinking about the math first, ...
Call me a conspiracy theorist if you want, ...
... I think it is possible that Einstein knew better and deliberately deceived the masses so as to distract them from the truth.
No I don't know calculus. I have solved some fairly tough equations, such as the instantaneous voltage equation,
I would have thought that electron flow would have been figured out long before it actually was, however, those of us who know will just have to keep in mind that electrons flow from - to +, and not the direction they thought for so many years.
I would have actually thought that they would have proven a viable mechanism for how gravity works by now, but have they? shouldn't they have thought of that by now?
in physics doesn't something have to be proven with time in order to be eligible for a nobel prize? like 20 years or so?
None the less, it is a good theory, but does not provide a viable mechanism for gravity in my opinion.
The motivation for possible deceit? Can you imagine ...
so current flow is a convention not related to electron flow.
Quote so current flow is a convention not related to electron flow. hook a polarized capacitor up in a circuit without paying attention to electron flow and you will quickly learn that you should have [] They do however mark them with little + and - signs, so as long as you can follow a circuit, you shouldn't make that mistake.