🌀 The Impossibility of Perfect Vacuum: From Intuitive Question to Mathematical Proof.
- If a simple vacuum can draw gas out of a bottle, then what of an immense, absolute vacuum beside a small Earth?
- Would it not strip away the atmosphere first, and then shatter even the hardest of matter?
- And what strength could the very particles of the toughest substance possibly muster against an absolute vacuum?
- They say gravity holds the atmosphere, but gravity is a weak and limited force, whereas an absolute vacuum - if truly absolute - is an infinite force that no finite power can possibly counter.
- Philosophical distortion: Modern physics, influenced by philosophy, inverted the concept: it treats vacuum as repulsive or even as “nothing” (mere absence of matter), while in reality vacuum is an active attractive force with real effect.
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- A mathematical inferential description of the contradiction:
Formal Statement
Fvac=V×A,V→∞⇒No collapse of atmosphere (contradicts logic)
For solids (mainstream claim):
Fvac=V×A,V→∞⇒No collapse of diamond (contradicts logic)
But logically:
If 𝑉→∞V→∞ and every material resistance 𝑆<∞S<∞:
Fvac≫S×A⇒Collapse of all matter (logical outcome)
- Contradiction:
Mainstream narrative: perfect vacuum coexists with both gases and solids.
Logical outcome: perfect vacuum implies collapse of gases and solids alike.
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- The Impossibility of Vacuum
The mainstream model rests on the assumption of a "perfect vacuum".
But if it were truly perfect, it would strip away every gas and break down every finite material, even the hardest substance.
Experiment, however, shows only partial and limited vacuums, never an absolute one.
- Conclusion: A perfect vacuum does not exist, and with its fall the whole model collapses.
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