A new interpretation of the proton-neutron mass difference has been given independently by Pagels [1] and Fried and Truong [2]. In this note, it is shown that, if this model works, it implies a ghost scalar meson with T=1 and G=-1. Use is made of the technique of spontaneous symmetry-breaking theory [3]. By identifying the ghost with that of the Regge-pole model, one can crudely estimate the magnitude of the feedback by means of a linear extrapolation
<p>The scalar mesons and as a function of baryon density. For comparison the results obtained for ...
Abstract In this work we study the impact that the ghost sector of pure Yang–Mills theories may have...
In this work we study the impact that the ghost sector of pure Yang-Mills theories may have on the ...
The neutron-proton mass difference is expressed, on the assumption that it is purely electromagnetic...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studi...
We evaluate mass differences between a neutron and a proton, and between a charged and a neutral mes...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studie...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and fini...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and fini...
The nuclear dependence of the neutron-proton mass difference is examined in a relativistic harmonic ...
An allegedly complete calculation of the neutron-proton mass difference in the Skyrme model reported...
We first outline the calculations of the neutron-proton mass difference and of the axial singlet mat...
We first outline the calculations of the neutron-proton mass difference and of the axial singlet mat...
We determine the strong-isospin violating component of the neutron-proton mass difference from fully...
In this work we study the impact that the ghost sector of pure Yang–Mills theories may have on the g...
<p>The scalar mesons and as a function of baryon density. For comparison the results obtained for ...
Abstract In this work we study the impact that the ghost sector of pure Yang–Mills theories may have...
In this work we study the impact that the ghost sector of pure Yang-Mills theories may have on the ...
The neutron-proton mass difference is expressed, on the assumption that it is purely electromagnetic...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studi...
We evaluate mass differences between a neutron and a proton, and between a charged and a neutral mes...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studie...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and fini...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and fini...
The nuclear dependence of the neutron-proton mass difference is examined in a relativistic harmonic ...
An allegedly complete calculation of the neutron-proton mass difference in the Skyrme model reported...
We first outline the calculations of the neutron-proton mass difference and of the axial singlet mat...
We first outline the calculations of the neutron-proton mass difference and of the axial singlet mat...
We determine the strong-isospin violating component of the neutron-proton mass difference from fully...
In this work we study the impact that the ghost sector of pure Yang–Mills theories may have on the g...
<p>The scalar mesons and as a function of baryon density. For comparison the results obtained for ...
Abstract In this work we study the impact that the ghost sector of pure Yang–Mills theories may have...
In this work we study the impact that the ghost sector of pure Yang-Mills theories may have on the ...