Speaker
Description
In General Relativity (GR), the motion of quarks is assumed to be entirely taken into account when converting their energy of motion into their corresponding macroscopic energy at rest using E=mc² equation.
This is correct locally, but this motion generates also microscopic gravitational waves which propagate their space-time deformations everywhere. Therefore globally this motion yields immediatly a retardation of the gravitational force. This is the first effect of this motion.
The other consequences of this motion should be calculated in GR, but those calculations are cumbersome. Hopefully they can be approximated using a new and discrete equation. This equation shows that another effect arises, which is that the gravitational force must be divided by the energy of the surroundings of the location where the force is exerted, after multiplication by an appropriate factor. This effect was studied in a previous work [1] and was called "surrounding".
The main result of this study is that the motion of the quarks generate a surrounding effect in gravitation which might give an explanation to the gravitational issues of today.
[1] F. Lassiaille, EPJ Web of Conf. 182 (2018) 03006.
Details
I would be glad to participate once again in one of those nice conferences in OAC.
| Is this abstract from experiment? | No |
|---|---|
| Name of experiment and experimental site | none |
| Is the speaker for that presentation defined? | Yes |
| Internet talk | Maybe |
