The Strong Interaction

The potential electrostatic energy between two opposite charges distant of 1 Fermi is 1,44 MeV. The bounding energy between two baryons is about 8 MeV. Considering that the distance between charges of quarks is never inferior to 1 Fermi, Yukawa has suggested that strong interaction is not an electromagnetic force (1935). Furthermore the intensity of this force decreases very fast with the distance between nucleons. In this model, we postulate that charges are not distant but in close contact. The bounding energy is the sum of the electrostatic potential energy and the magnetic potential energy. The profile of strong interaction seems to be like Van der Waals interaction but with a level of energy much more high.


Van der Waals Energy of bonding
Van der Waals interaction
(distance between atoms)
Energy level of the strong interaction
(distance between cores)

Mesure of the radius of nucleons by electron scattering
Radius of nucleons and distance between cores

Strong interaction neutron-proton

radius of nucleons = 1,06 fm ; distance core/core = 0,4 fermi

Copyright Benoit Prieur

Strong interaction neutron-proton

radius of nucleons = 1,21 fm ; distance core/core 0,7 fermi

Copyright Benoit Prieur

Strong interaction neutron-proton

radius of nucleons = 1,36 fm ; (distance core/core 1 fermi)

Copyright Benoit Prieur


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The spin and the magnetical moment of the proton
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Anatomy of the electron
Asymptotic freedom
The strong interaction
The weak interaction
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Copyright : Benoît PRIEUR; Contact: bubblestheory at gmail.com