FiDiPro/Uuden sukupolven energiatiheysfu
Main funder
Funder's project number: 263229
Funds granted by main funder (€)
- 819 000,00
Funding program
Project timetable
Project start date: 01/01/2013
Project end date: 31/12/2017
Summary
A poor description of low-energy correlations in nuclei is probably the principal
source of errors and discrepancies in nuclear theory experiments. A possible way to proceed is to
include the low-energy correlations explicitly, while maintaining the mean-field part at a
manageable level. The aim of the research project is to define rigorous procedures and methods that
would allow the inclusion of low-energy correlations in a consistent way. The goal will be reached
by accomplishing a series of tasks that are split between immediate ones where the research
direction is known, and far-reaching ones where the ambitious programme can be formulated in
general terms only. The tasks will involve studying relations between mean-fields and low-energy correlation
effects through studies of symmetry breaking and symmetry restoration, multi-reference
and symmetry conserving DFT, ground-state correlations, polarisation effects, and continuum
mixing and open systems.-
source of errors and discrepancies in nuclear theory experiments. A possible way to proceed is to
include the low-energy correlations explicitly, while maintaining the mean-field part at a
manageable level. The aim of the research project is to define rigorous procedures and methods that
would allow the inclusion of low-energy correlations in a consistent way. The goal will be reached
by accomplishing a series of tasks that are split between immediate ones where the research
direction is known, and far-reaching ones where the ambitious programme can be formulated in
general terms only. The tasks will involve studying relations between mean-fields and low-energy correlation
effects through studies of symmetry breaking and symmetry restoration, multi-reference
and symmetry conserving DFT, ground-state correlations, polarisation effects, and continuum
mixing and open systems.-