Do particles in the universe exchange gravitons with each other?

In summary: So far, the only thing that seems to be consistent with the graviton hypothesis is the mathematical description of the gravitational force.
  • #1
Art Charbonneau
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Does each and every, say, proton, neutron and dark matter particle (DMP) exchange gravitons with each and every other proton, neutron and DMP in the universe?

(Sorry if this question has been posted to the wrong forum. Advice re correct forum would be appreciated.)

Art
 
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  • #2
In the context of a quantum field theory of gravity, yes. But note that particles are not sending out gravitons to be capture and absorbed by other particles as if the gravitons where like little bullets. Virtual particles are a confusing concept and it may be better to think of them as mathematical constructs or artifacts instead of 'real' particles (i.e. something that exists outside of the math). However, there is considerable debate as to whether virtual particles actually exist or not.
 
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  • #3
Note that gravitons haven't been discovered yet, so it's not known if they exist.
 
  • #4
It is undeniable what Drakkith said. To say something else we need to enter into an epistemological field. Physics assumes that a body is the result of elementary components. Could a body participate in a phenomenon without its elementary components participating? Denying that we create many difficulties and resolve few, if any. The problem is to determine how the elementary components can participate. The weak force is associated with a type of events at elementary level that do not always happen, but gravity also works when they do not happen. The strong interaction has very short range. The electromagnetic interaction, in comparative terms, is much more intense than gravity. In what way can the elementary components participate in gravitation? The graviton hypothesis is an attempt to answer the question. The good thing about this hypothesis is to stay within what historically has given good results, that is, to formulate the macroscopic behavior as a result of elementary phenomena. The bad has been pointed out by Drakkith, that is, no experimental evidence of the graviton has been found.
 

FAQ: Do particles in the universe exchange gravitons with each other?

What is a Graviton Exchange?

A Graviton Exchange is a theoretical concept in physics, where two objects exchange virtual gravitons in order to interact with each other through the force of gravity.

How does Graviton Exchange work?

According to the theory of general relativity, gravity is the result of the curvature of spacetime caused by the presence of mass or energy. In Graviton Exchange, two objects with mass or energy exchange virtual gravitons, which are hypothetical particles that transmit the force of gravity between objects.

What is the role of Graviton Exchange in the theory of quantum gravity?

Graviton Exchange is a key component in the theory of quantum gravity, which seeks to unify the theories of general relativity (which explains gravity on a large scale) and quantum mechanics (which explains the behavior of particles on a small scale). It is believed that gravitons are the carriers of the gravitational force in the quantum realm.

Is there any evidence for Graviton Exchange?

Currently, there is no direct evidence for Graviton Exchange. However, the theory of general relativity has been successfully tested and confirmed numerous times, and the existence of gravitons is predicted by this theory. Scientists are working on experiments to try and detect gravitons directly.

What are the potential implications of Graviton Exchange?

If Graviton Exchange is proven to exist, it could have significant implications for our understanding of gravity and the universe as a whole. It could also lead to the development of new technologies and further advancements in our understanding of quantum mechanics and the fundamental forces of nature.

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