A new puzzle in 2012 defies Nuclear Physics: the exotic 4Be12

[wlad]

A new experiment published in 2012 had shown that 4Be12 has a structure impossible to be explained from the principles of current Nuclear Physics:

End of the magic: Shell model for beryllium isotopes invalidated

By considering the structure proposed by Dr. Wilfried Nörtershäuse it's impossible to explain the null magnetic moment for the nucleus 4Be12.
Indeed, look at to the structure proposed:


The neutrons n-1 and n-2 have an orbit radius longer than the orbit radius of the neutrons n-3 and n-4 , and therefore the g-factor for n-1 and n-2 is different of the g-factor for n-3 and n-4.

Therefore the structure proposed by Dr. Wilfried Nörtershäuse is incompatible with the null magnetic moment for the 4Be12.

So, there is no way to explain the structure of 4Be12 detected in the experiment published in 2012 by considering the current nuclear models.

The structure for 4Be12 according to Quantum Ring Theory is shown in the figure:


Consider that the neutrons (N-1 , N-2) have an orbit radius R_N , and the deuteron D-1 has an orbit radius R_D .

The radius R_N of the two neutrons is a little longer, R_N > R_D , because:

a) N-1 and N-2 are not submitted to a magnetic force of atraction with the central 2He4, because they have no charge

b) the deuteron D-1 is attracted with the central 2He4 by a magnetic force, because of the electric charge of the proton

c) due to the centripetal force (because of the nucleus rotation), the neutrons N-1,N-2 get a little longer orbit radius R_N about the central 2He4

d) so, while the neutrons N-1 and N-2 are submitted to only the centripetal force, the deuteron D-1 is submitted to a magnetic force in contrary direction of the centripetal force on it, and that's why the two neutrons N-1 and N-2 take an orbit radius a little longer than the orbit radius of the deuteron.

e) as the two neutrons N-1 and N-2 are kept in the structure of the 4Be12 thanks to their strong-spin-interaction with the deuteron D-1, and they are submitted to the centripetal force, they get a little longer orbit radius.


The same happens with the orbit radius R_N of the neutrons N-3,N-4 , compared with the radius R_D of the deuteron D-2

Therefore, according to QRT it is possible to explain very well the existence of neutrons with a little longer orbit radius in the 4Be12.