PRISMA+ Colloquium
Jan. 13, 2016 at 1 p.m. in Lorentz-Raum 05-127, Staudingerweg 7Prof. Dr. Tobias Hurth
Institut für Physik, THEP
hurth@uni-mainz.de
Two concurring developments are presently driving the field of nuclear theory to a completely new level: First, the development of innovative many-body approaches for the ab initio study of nuclear structure and reactions from light to medium-mass nuclei and hypernuclei. Second, the advances of chiral effective field theory for the construction of consistent nuclear interactions and electromagnetic operators. Together these developments open a new arena for ab initio nuclear theory with immediate impact on present and future experiments.
I will highlight the frontiers in ab initio nuclear theory and discuss recent developments and applications. This includes novel and highly efficient many-body methods for a comprehensive description of nuclei throughout the nuclear chart, the systematic study of electromagnetic observables, and the rigorous quantification of theory uncertainties for all steps of the calculation.