Vorsitzende der Sitzung
Nuclear Structure and Ground-State Properties: NSG1
- Thomas Nilsson (Chalmers University of Technology)
Nuclear Structure and Ground-State Properties: NSG2
- Rene Reifarth (University of Frankfurt)
Dr.
Christian Forssén
22.03.10, 08:15
Welcome and opening remarks by the local organizing committee.
Prof.
Witek Nazarewicz
(University of Tennessee)
22.03.10, 08:30
Nuclear Structure and Ground-State Properties
Overview talk
Understanding nuclei is a quantum many-body problem of incredible
richness and diversity and studies of nuclei address some of the great
challenges that are common throughout modern science. Nuclear structure
research strives to build a unified and comprehensive microscopic
framework in which bulk nuclear properties, nuclear excitations, and
nuclear reactions can all be described. A new...
Dr.
Jussi Toivanen
(University of Jyväskylä)
22.03.10, 09:30
Nuclear Structure and Ground-State Properties
Contributed talk
QRPA calculations give important information about excited state
properties of nuclei. The Fidipro nuclear theory group at the
Dept. of Physics, University of Jyväskylä, has been developing
advanced QRPA solvers based on Energy Density Functionals since 2008.
Our goal is to produce fully self-consistent (ground state and QRPA
with the same Energy Density Functional (EDF)) QRPA solvers...
Dr.
Ari Jokinen
(Jyväskylä)
22.03.10, 10:30
Nuclear Structure and Ground-State Properties
Overview talk
Advances in the production and manipulation of radioactive isotopes together with new innovations in optical spectroscopy and ion trap technique have resulted in a great progress in understanding of ground-state properties. The recent achievements pave the way for a study of ground-state properties of the most exotic nuclei, achievable only with the next generation facilities, like FAIR. In...
Prof.
Robert Page
(University of Liverpool)
22.03.10, 11:30
Nuclear Structure and Ground-State Properties
Contributed talk
The objective of the DESPEC Advanced Implantation Detector Array (AIDA) project is to develop, commission and exploit a state of the art silicon detector array for decay spectroscopy experiments using the SuperFRS fragment separator at the FAIR facility. It is anticipated that AIDA will be operated in conjunction with other detection systems, such as gamma-ray and neutron detector arrays,...
Prof.
Thomas Nilsson
(Chalmers University of Technology, Sweden)
23.03.10, 10:45
Nuclear Structure and Reactions
Invited contribution
Prof.
Wilfried Noertershaeuser
(Uni Mainz)
23.03.10, 11:30
Atomic Physics
Invited contribution
Newly developed techniques for laser spectroscopy of very light isotopes and progress in atomic theory calculations of few-electron systems has allowed the determination of nuclear charge radii of helium, lithium and beryllium isotopes during the last years. These techniques had to provide high accuracy but at the same time sufficient efficiency to study very exotic nuclei that are produced...
