In the Skyrme model, atomic nuclei are identified with solitonic configurations. If the pion mass is set to zero, these configurations are spherical shells of energy with a fullerene-like appearance and are well approximated by a simple rational map ansatz. Using simulated annealing, we have calculated minimum energy configurations for non-zero pion mass and have found that they are less round and are less well approximated by the rational map ansatz
AbstractThe Skyrme Model seems unable to reproduce the small binding energy in nuclei. It was realiz...
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
We present numerical evidence that suggests the introduction of a nonzero pion mass might dramatical...
We present numerical evidence that suggests the introduction of a non-zero pion mass might dramatica...
We investigated the properties of solitons using the Baby Skyrme model. This required the use of Mon...
In the Skyrme model with massless pions, the minimal energy multi-Skyrmions are shell-like, with the...
The Skyrme model is a classical field theory which has topological soliton solutions. These solitons...
The traditional approach to fixing the parameters of the Skyrme model requires the energy of a spinn...
Nuclear binding energies are investigated in two variants of the Skyrme model: the first replaces th...
We present candidates for the global minimum energy solitons of charge one to nine in the Skyrme mod...
In the Skyrme model atomic nuclei are modelled as quantized soliton solutions in a nonlinear field t...
The Skyrme model is a classical field theory modelling the strong interaction between atomic nuclei....
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
AbstractNuclear binding energies are investigated in two variants of the Skyrme model: the first rep...
AbstractThe Skyrme Model seems unable to reproduce the small binding energy in nuclei. It was realiz...
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
We present numerical evidence that suggests the introduction of a nonzero pion mass might dramatical...
We present numerical evidence that suggests the introduction of a non-zero pion mass might dramatica...
We investigated the properties of solitons using the Baby Skyrme model. This required the use of Mon...
In the Skyrme model with massless pions, the minimal energy multi-Skyrmions are shell-like, with the...
The Skyrme model is a classical field theory which has topological soliton solutions. These solitons...
The traditional approach to fixing the parameters of the Skyrme model requires the energy of a spinn...
Nuclear binding energies are investigated in two variants of the Skyrme model: the first replaces th...
We present candidates for the global minimum energy solitons of charge one to nine in the Skyrme mod...
In the Skyrme model atomic nuclei are modelled as quantized soliton solutions in a nonlinear field t...
The Skyrme model is a classical field theory modelling the strong interaction between atomic nuclei....
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
AbstractNuclear binding energies are investigated in two variants of the Skyrme model: the first rep...
AbstractThe Skyrme Model seems unable to reproduce the small binding energy in nuclei. It was realiz...
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...
We compute new solutions of the Skyrme model with massive pions. Concentrating on baryon numbers whi...