theoretical gravitation particle

There’s another theoretical gravitation particle, and it is quite intriguing. The graviphoton is a particle that would be created when the gravitational field is excited in a fifth dimension. It comes from the Kaluza Klein theory, which proposes that electromagnetism and gravitation can be unified into a single force under the condition that there are more than four dimensions in spacetime. A graviphoton would have the characteristics of a graviton, but it would also carry the properties of a photon and create what physicists call a “fifth force” (there are currently four fundamental forces). Other theories state that a graviphoton would be a superpartner (like a sparticle) of gravitons, but that it would actually attract and repel at the same time. By doing that, gravitons could theoretically create anti-gravity. And that’s only in the fifth dimension—the theory of supergravity also posits the existence of graviphotons, but allows for eleven dimensions.

I will start this post off by saying that this is in the realm of Theoretical Physics. There’s another theoretical gravitation particle, and it is quite intriguing. The graviphoton is a particle that would be created when the gravitational field is excited in a fifth dimension. It comes from the Kaluza Klein theory, which proposes that electromagnetism and gravitation can be unified into a single force under the condition that there are more than four dimensions in spacetime. A graviphoton would have the characteristics of a graviton, but it would also carry the properties of a photon and create what physicists call a “fifth force” (there are currently four fundamental forces). Other theories state that a graviphoton would be a superpartner (like a sparticle) of gravitons, but that it would actually attract and repel at the same time. By doing that, gravitons could theoretically create anti-gravity. And that’s only in the fifth dimension—the theory of supergravity also posits the existence of graviphotons, but allows for eleven dimensions.