Speaker
Anna McCoy
(TRIUMF)
Description
Obtaining accurate predictions of nuclear structure starting from the interaction between constituent protons and neutrons is a complex, computationally demanding problem. Accurate predictions depend on both short-range correlations as well as long-range clustering and collective dynamics, particularly when describing resonances and continuum states. We present state of the art methods used to obtain predictions of properties of both bound states and resonances in $^{12}\mathrm{C}$ with nuclear interactions from chiral effective field theory as the only input.
Primary author
Anna McCoy
(TRIUMF)
