Speaker
Pierre Arthuis
(IJCLab Orsay, CNRS, France)
Description
The description of atomic nuclei based on ab initio methods that treat all nucleons as active has known tremendous progress over the past decades. In particular, the progress in interactions based on chiral effective field theory has lead to a more accurate description of bulk properties of nuclei such as density profiles and radii. In this talk, I will discuss recent developments that improved our reproduction of density profiles for scattering experiments and highlight results for physics cases ranging from Argon to the Tin and Xenon isotopic chains.
