Similarity of force profile of a magnetic bound state and the strong nuclear interaction is shown where the right figure corresponds to the force keeping nucleons together. Coefficients (a, b) are dependent on magnet configurations and chosen here for obtaining similar curves. Nuclear strong force is incredibly strong and can keep nucleons together with a force exceeding one ton. The repusion force can be even larger and resists to a neutron star to collapse under its pressure which is calculated as 1000 MeV / fm³ ≈ 1.6 × 10³⁵ Pa.
This blog is about the research of magnetic trapping solutions using cycling magnetic fields. Created by Hamdi Ucar. Blog name is chosen through public suggestions.
Tuesday, January 23, 2024
Force profiles of magnetic bound state and strong nuclear force
Similarity of force profile of a magnetic bound state and the strong nuclear interaction is shown where the right figure corresponds to the force keeping nucleons together. Coefficients (a, b) are dependent on magnet configurations and chosen here for obtaining similar curves. Nuclear strong force is incredibly strong and can keep nucleons together with a force exceeding one ton. The repusion force can be even larger and resists to a neutron star to collapse under its pressure which is calculated as 1000 MeV / fm³ ≈ 1.6 × 10³⁵ Pa.
Subscribe to:
Posts (Atom)
Force profiles of magnetic bound state and strong nuclear force
Similarity of force profile of a magnetic bound state and the strong nuclear interaction is shown where the right figure corresponds to the ...

-
The below plain text summarizes the underlying logic of magnetic bound state solutions covered in the article http://doi.org/10.3390/sym130...
-
This assay aims to explain the phase characteristics of driven harmonic motion using an example without relying on equations. Although the m...
-
Similarity of force profile of a magnetic bound state and the strong nuclear interaction is shown where the right figure corresponds to the ...