Unraveling the Connection Between Gravity and Heisenberg's Uncertainty Principle

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In summary, the conversation discusses theories about particles and their movements, as well as the concept of gravity and its potential causes. One theory suggests that all particles are standing waves and the incoming pressure from these waves could explain gravity, as the waves would be compressed upon creating a large mass. However, this theory is not supported by physical evidence and is further challenged by the fact that the center of the Earth is pressurized, which cannot be explained by an exterior force. The conversation also touches on the role of heat in this theory and the potential loss of energy in the form of heat due to compression.
  • #36
Originally posted by russ_watters
Classic. So you're just screwing with us, is that what you're trying to say? No, I'm thinking. One man can think.

No. But the pressaure is at the highest in between the http://shopping.yahoo.com/b_ovens-and-stoves_21014260;_ylc=X3oDNDdtNWNzBF9nZwNnbG9iYWxfZ3JvdXAEX1MDMjc2NjY3OQRzZWMDaXkEc2xrA21haW51cmw-?__yltc=s%3A2766679%2Csec%3Aiy%2Cslk%3Amainurl
 
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  • #37
Originally posted by FZ+
Sariaht... do you ever pause to consider what the equations you spout actually mean? This is true for black holes, and black holes only, because the "surface area" of a black hole is based on its event horizon, the distance at which light cannot escape, thus relating surface area directly to gravitation. The majority of objects in this universe lack an event horizon, and surface area is based on its atoms' e-m interactions etc.

This idea is actually the basis for the Beckenstein bound, and more recently the holographic principle. The entropy of a black hole is proportional to the horizon area, so the extension was made to assume that the entropic content of *any* system was bounded by the (minimal) bounding surface area. The idea of simple spheres breaks down for large spacelike surfaces, but Bousso extended the idea to the sphere surfaces being replaced by "light sheets" ('area' of the inward pointing light cone) whose base is the boundary of the region of interest.

The holographic principle bascially states that the state of a D-dimensional region is completely determined by information contained on the D-1-dimensional boundary. This has been most successful with the AdS-CFT correspondence, showing a link between a 5-D AdS spacetime and 4-D conformal field theory (basically a link between classical gravitation and quantum field theory).

However, I'm not convinced that's what is being argued here.
 
  • #38
Originally posted by Sariaht
No. But the pressaure is at the highest in between the http://shopping.yahoo.com/b_ovens-and-stoves_21014260;_ylc=X3oDNDdtNWNzBF9nZwNnbG9iYWxfZ3JvdXAEX1MDMjc2NjY3OQRzZWMDaXkEc2xrA21haW51cmw-?__yltc=s%3A2766679%2Csec%3Aiy%2Cslk%3Amainurl
Bad grammar and a dead link. Part of the problem here is what you are saying simply makes no sense. Its meaningless.
 
  • #39
In between the pizza slices, ofcourse.

If the pizzaslices moves against each other...
 
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  • #40
Look, the guy with the theory is partly right:

1.If particles vibrate within a mass, there is a cause.

2.If and only if the cause is that the higgsparticles
(of some reason) move, gravity can be blamed on this,
In the same way that Michael Allen Gelman blamed it on neutrino flows.
 

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