Is the Vacuum Between Water Molecules the Same as Cosmic Space?

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SUMMARY

The discussion centers on the comparison between the vacuum present between water molecules and the cosmic vacuum found in space. Participants assert that while both vacuums consist of empty space, their properties differ significantly due to scale and context. The concept of 'aether' is dismissed as non-existent in modern physics, emphasizing that the vacuum does not possess the properties traditionally attributed to it. The conversation highlights the fundamental differences in the nature of vacuums at molecular and cosmic levels.

PREREQUISITES
  • Understanding of molecular structure and atomic theory
  • Basic knowledge of vacuum physics
  • Familiarity with concepts of space and cosmology
  • Awareness of historical theories such as 'aether' in physics
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  • Research the properties of vacuums in quantum physics
  • Explore the differences between molecular vacuums and cosmic vacuums
  • Study the historical context and dismissal of the aether theory
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Ian
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I had this thought today;
If I have a cup of pure water I know that it is composed of hydrogen and oxygen atoms. But there is also the empty space between the individual molecules and between the individual atoms and between the atomic particles. This empty space must be no different to the vacuum between the sun and Earth in its basic composition and behaviour (if it can be said to possesses properties at all), although the 'state' of the vacuum may well be different at the different scales.

If I now pour the water into another cup, will I also pour the vacuum between the molecules, atoms, particles etc., or will it stay behind in the empty cup?

Will the 'aether' drift?
 
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