The properties of the crust of a neutron star can be significantly altered by the presence of a high magnetic field. The effects of Rabi quantization of electron motion on the equation of state and on the composition of the crust are studied. Both the outer and inner regions are described in a unified and consistent way by extending the neutron-star crust models developed by the Brussels-Montreal collaboration. The first numerical results obtained for different magnetic field strengths are presented.info:eu-repo/semantics/publishe
The outer-crust structure and composition of a cold, non-accreting magnetar are studied. We model th...
The role of a strong magnetic field on the neutron-drip transition in the crust of a magnetar is stu...
With observed surface magnetic fields up to ∼10^15 G, neutron stars - the stellar remnants of gravit...
Magnetars form a subclass of neutron stars characterized by magnetic fields of order 1014-1015 G at ...
Magnetic fields of order 10^15 G have been measured at the surface of some neutron stars, and much s...
The iterative method recently proposed for determining the internal constitution of the outer crust ...
This computer code (written in C language) determines the internal constitution of the outer crust o...
International audienceThe presence of strong magnetic fields in neutron stars, such as in magnetars,...
International audienceIn this work, we compute the structure and composition of the inner crust of a...
Current models of magnetars require extremely strong magnetic fields to explain their observed quies...
Neutron stars host the strongest magnetic fields that we know of in the Universe. Their magnetic fie...
Isolated neutron stars show a diversity in timing and spectral properties, which has historically le...
We have studied various physical properties of magnetically deformed atoms and the associated matter...
The magnetic susceptibility of the degenerate free electrons in the crust of a neutron star is compu...
The r-process triggered by the decompression of ejected crustal materials from binary neutron star m...
The outer-crust structure and composition of a cold, non-accreting magnetar are studied. We model th...
The role of a strong magnetic field on the neutron-drip transition in the crust of a magnetar is stu...
With observed surface magnetic fields up to ∼10^15 G, neutron stars - the stellar remnants of gravit...
Magnetars form a subclass of neutron stars characterized by magnetic fields of order 1014-1015 G at ...
Magnetic fields of order 10^15 G have been measured at the surface of some neutron stars, and much s...
The iterative method recently proposed for determining the internal constitution of the outer crust ...
This computer code (written in C language) determines the internal constitution of the outer crust o...
International audienceThe presence of strong magnetic fields in neutron stars, such as in magnetars,...
International audienceIn this work, we compute the structure and composition of the inner crust of a...
Current models of magnetars require extremely strong magnetic fields to explain their observed quies...
Neutron stars host the strongest magnetic fields that we know of in the Universe. Their magnetic fie...
Isolated neutron stars show a diversity in timing and spectral properties, which has historically le...
We have studied various physical properties of magnetically deformed atoms and the associated matter...
The magnetic susceptibility of the degenerate free electrons in the crust of a neutron star is compu...
The r-process triggered by the decompression of ejected crustal materials from binary neutron star m...
The outer-crust structure and composition of a cold, non-accreting magnetar are studied. We model th...
The role of a strong magnetic field on the neutron-drip transition in the crust of a magnetar is stu...
With observed surface magnetic fields up to ∼10^15 G, neutron stars - the stellar remnants of gravit...