Inquiring_Mike
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I recently read in a book by Deepak Chopra that the human body is actually 99.9999% empty space... Is that true?
The discussion revolves around the claim that the human body is 99.9999% empty space, as mentioned in a book by Deepak Chopra. Participants explore the implications of this statement in relation to atomic structure, quantum mechanics, and the Casimir effect, touching on both conceptual and experimental aspects.
Participants express varying views on the nature of "empty space" and the implications of atomic structure. While there is some agreement on the basic premise of atomic composition, the discussion remains unresolved regarding the relationship between the Casimir effect and gravitational forces, as well as the interpretation of quantum mechanics in this context.
Limitations include the lack of consensus on the implications of the Casimir effect and its experimental validation, as well as the varying interpretations of what constitutes "empty space" in quantum mechanics.
Well, it depends on what are u looking for... I read the last one many years ago and I found it... funny... but since I have my spirituality satisfiedOriginally posted by Inquiring_Mike
So, did you like his books? Are they worth while?
Originally posted by FZ+
Depends on what you mean by empty space of course. With QM, what we think of as "empty" space is far from empty.
yeah... I know the Casimir effect... and since it doesn't depend on mass is impossible make a relation between gravity... but since they couldn't compare them experimentally, we only have the theory, that is not so developed due to its "youth" and to the less people that has worked on it (if we compare with other physical phenomenas)...Originally posted by selfAdjoint
No, they ruled out gravity as the cause of the Casimir effect. The effect has all the earmarks of being just what Hendrik Casimir hypothesiszed, a difference in wave pressure from the virtual particles in the vacuum, due to the fact that those outside the plates could have arbitrarily long wave lengths, while those between the plates were limited in wave length by the spacing of the plates. So there were more particles outside than inside, which led to a pressure on the plates.