|MadSci Network: Physics|
“The universe is filled with Negative Pressure”. (Supernova Legacy Team -2005) Since Negative Pressure, (NP) is everywhere in the universe, it must logically be in each Earthly atom. What must it be doing there, but balancing the Positive Pressure, (PP) which is in every atom? It has to make Newton’s 3rd Law true down to the atomic level, which every vibrating action must logically require for an equal and opposite reaction. Newton could not have known what happens at the atomic level, because NP was discovered in 2005, over 300 years after his Principia was published. He appears to have been correct “all the way” with his 3rd Law. If the universe is filled with NP, then space too contains it everywhere throughout the vacuum, yet everything is weightless in space. Each atom in the vacuum should logically contain NP, the same as all atoms do on Earth. So the questions arise: If every mass within Earth’s atmosphere contains NP and PP, to balance the 3rd Law, and it all has gravity and can be weighed, why is everything weightless in the vacuum of space? All space atoms must have PP, because they are of the elements, and the same everywhere. Is it possible that since everything is falling or orbiting at high speed in the vacuum, that NP can not unite with the PP in the atoms beyond a certain speed? Why else would matter have weight on Earth, but not in the great vacuum?
Re: Why is matter scalable on Earth but weightless in space?
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