- #1
tfulvio
- 2
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Forgive me in advance for what may be a dumb question. (i'm not a physicist_)
I have this very hard to grasp thought that involves the Casimir experiment.
If the force outside the plates is greater than in between them, could that make
the experiment apparatus (in theory) less dense than its surroundings?
in other words, if we could imagine a kind of hot air balloon filled with less
energy than what is outside of it, would that make the balloon
buoyant? (in a denser enviroment) Now let's imagine Space as a big piece
of Swiss cheese, where the cheese is Vacuum and the holes are the planets.
The reason for this, in my model , is that the vacuum is filled with
UNIMPEDED energy particles , while the planets (holes in the cheese ) prevent
energies from penetrating (all solids acting as a giant Casimir apparatus).
In this model, planets would be less dense, lacking certain energy particles. . . . ?
than the vacuum surrounding it. . . . . . ?
if so. . . would this create a kind of buoyancy from denser to less dense ?
pushing energy particles into planets (along with atoms- the balloon falling instead of rising),
would this upside down buoyancy act like gravity?
I don't know . . . . . .just a thought, let me know if this idea has any merit.
sorry for being all over the place with this letter.
thank you, sincerely f. traverso
I have this very hard to grasp thought that involves the Casimir experiment.
If the force outside the plates is greater than in between them, could that make
the experiment apparatus (in theory) less dense than its surroundings?
in other words, if we could imagine a kind of hot air balloon filled with less
energy than what is outside of it, would that make the balloon
buoyant? (in a denser enviroment) Now let's imagine Space as a big piece
of Swiss cheese, where the cheese is Vacuum and the holes are the planets.
The reason for this, in my model , is that the vacuum is filled with
UNIMPEDED energy particles , while the planets (holes in the cheese ) prevent
energies from penetrating (all solids acting as a giant Casimir apparatus).
In this model, planets would be less dense, lacking certain energy particles. . . . ?
than the vacuum surrounding it. . . . . . ?
if so. . . would this create a kind of buoyancy from denser to less dense ?
pushing energy particles into planets (along with atoms- the balloon falling instead of rising),
would this upside down buoyancy act like gravity?
I don't know . . . . . .just a thought, let me know if this idea has any merit.
sorry for being all over the place with this letter.
thank you, sincerely f. traverso