Where do gravitons come from and can we create them?

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In summary, gravitons are theoretical particles that are proposed to be the carriers of the gravitational force, similar to how photons are for the electromagnetic force. The origin of gravitons is still a philosophical question, but it is believed that they would be emitted and absorbed by objects with energy and pressure. It is also possible to create gravitons through the conversion of other forms of matter/energy.
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Crazymechanic
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So I understand it this way.gravitons are not experimentally proved but they are proposed theoretically.So they are the gravitational force carriers just like photons are for electromagnetic field.right? but the main question is Where do gravitons come from? We all know that the more something weights the denser it is or bigger , so I assume bigger things or denser things have more atoms and elementary particles in them, so the more mass the more atoms the higher gravity , so would it be fair to assume that gravitons are like any other particle in this way, the more they are the stronger the gravity.But for them to be more the object has to be larger or denser.?



Also a highly philosophical question.We have learned to create electrons and electron beams like in CRT'S and elsewhere and other particles.Could we make or is it even possible by modern day thinking to make gravitons ,and hence gravity?

Thanks for answering , and please correct me if I'm wrong.
 
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The sources of gravity are energy and pressure (see General Relativity), so if gravitons exist they would be emitted and absorbed by anything that has either of those.

When we create particles such as electrons, all we are really doing is converting other forms of matter/energy into them. Energy is conserved, so if gravitons exist then whatever form it is in will emit and absorb them.
 

Related to Where do gravitons come from and can we create them?

1. Where do gravitons come from?

Gravitons are theoretical particles that are hypothesized to be the carriers of the force of gravity. They are believed to be emitted by massive objects and travel through space, affecting other particles and objects through the force of gravity.

2. Can we create gravitons?

Currently, gravitons have not been directly observed or created in a laboratory setting. However, there are ongoing experiments and research efforts to try and detect and study these elusive particles.

3. How do we detect gravitons?

Since gravitons are extremely small and have no mass, they are difficult to detect directly. Scientists are currently using advanced technologies, such as interferometers and particle accelerators, to indirectly detect the effects of gravitons and gather evidence for their existence.

4. Can gravitons be manipulated?

As of now, there is no known way to manipulate gravitons. However, some theories suggest that in the future, advanced technology may allow us to harness and control the power of gravitons for various applications.

5. What is the significance of discovering gravitons?

If gravitons are proven to exist, it would confirm the existence of a quantum theory of gravity, which is currently one of the biggest unsolved problems in physics. It would also greatly advance our understanding of the fundamental forces of the universe and potentially lead to new technologies and advancements.

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