Coulomb dissociation, a tool for nuclear astrophysics
G. Baur, S. Typel
TL;DR
This paper discusses Coulomb dissociation as an indirect method in nuclear astrophysics, presenting an analytically solvable model for electromagnetic excitation in halo nuclei like ^{11}Be.
Contribution
It introduces a new analytically solvable approach to study electromagnetic excitation in halo nuclei, enhancing the theoretical tools for nuclear astrophysics research.
Findings
Analytical model for electromagnetic excitation in ^{11}Be
Application of Coulomb dissociation as an indirect method
Improved understanding of halo nucleus behavior
Abstract
A short status report on Coulomb dissociation, an indirect method for nuclear astrophysics is given. An analytically solvable approach to study electromagnetic excitation in ^{11}Be, the archetype of a halo nucleus, is proposed.
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Taxonomy
TopicsNuclear physics research studies · Scientific Research and Discoveries · Particle accelerators and beam dynamics