Ab initio nuclear theory
Title: Ab initio nuclear theory
SNIC Project: SNIC 2019/3-376
Project Type: SNIC Medium Compute
Principal Investigator: Christian Forssén <christian.forssen@chalmers.se>
Affiliation: Chalmers tekniska högskola
Duration: 2019-07-09 – 2020-07-01
Classification: 10301
Homepage: http://fy.chalmers.se/subatom/tsp/index.php


Through the research contained in this proposal we want to address important nuclear physics aspects of three experimental programs of very high scientific profile; all of them aimed at searching for signals of physics beyond the Standard Model: - The search for neutrinoless double beta decay. - Efforts to detect particle dark matter through its scattering off nuclei. - Measurements of the correlation between emitted particles in very low-energy beta decay. These ambitious goals are directly related to current frontiers in modern ab initio nuclear theory. We will therefore pursue two computational lines of research with mutual connections (see Resource usage for details): 1. The development of state-of-the-art many-body solvers for quantum systems of strongly-interacting particles. 2. The study of nuclear interactions and currents from chiral effective field theory. The significance and timeliness of this research project is demonstrated by its connection to two prestigious research grants: (i) VR project grant: "Weak and rare nuclear processes: nuclear probes of fundamental symmetries and dark matter" (C.Forssen, PI) (ii) KAW project grant: "Discovering Dark Matter Particles in the Laboratory" (C. Forssen, co-I)