Shell Model as a Unified View of Nuclear Structure

Session

Weakly bound quantum systems and reactions

9 oct. 2012, 09:00

Amphi Gruenwald (Institut Pluridisciplinaire Hubert Curien)

10. Weakly bound systems, continuum effects, and reactions

Marek Ploszajczak (GANIL)

09/10/2012 09:00

Weakly-bound quantum systems and reactions

We will review recent progress in the Shell Model description of nuclear open quantum systems by introducing the Gamow Shell Model and the real-energy Continuum Shell Model. The interplay between Hermitian and anti-Hermitian (through the decay channels) configuration mixing in open quantum systems creates complicated collective phenomena such as the resonance trapping and the...

40. Multineutron systems

Jaume Carbonell (LPSC)

09/10/2012 09:40

16. Complex scaling method for multiple particle collisions

Dr Rimantas Lazauskas (IPHC Strasbourg)

09/10/2012 10:10

Weakly-bound quantum systems and reactions

Regardless of its importance, the theoretical description of the quantum-mechanical collisions turns out to be one of the most complex and slowly advancing problems in theoretical physics. If during few last decades exact numerical solutions for bound states of several nucleons became available, the full solution of the scattering problem (containing elastic, rearrangement and breakup...

15. Small droplets made of 3He and 4He atoms

Prof. Jesús Navarro (IFIC (CSIC-University of Valencia), Spain)

09/10/2012 10:40

Weakly-bound quantum systems and reactions

Helium droplets are weakly bound quantum systems as a consequence of the small atomic mass and the weak van der Waals interaction between helium atoms. They offer the opportunity of studying systems formed by bosons and fermions with different mass interacting through the same potential. These seemingly quite different systems have nevertheless a strong conceptual overlap with atomic nuclei....