Banner
Atomic theory
Cluster ion implantation
Coherent Anti-Stokes Raman Scattering
Gas phase fullerenes and clusters
Nanotubes
Negative ions
Optical tweezers
Publications
CARAMEL Consortium
Nano-Electro- Mechanical-Systems / NEMS Program
Nanoparticle Platform (mainly in Swedish)
Negative ions Not available-English
Atomic Physics » Research » Negative ions
NEGATIVE IONS
 

Negative ions are interesting from a fundamental viewpoint. In such loosely bound systems the normally dominant Coulomb interaction between each electron and the core is supressed and the inter-electronic interaction becomes relatively more important. Under such conditions the independent particle model breaks down. Experimental studies of negative ions can therefore serve as a probe of electron correlation effects and hence be used to test theoretical models in order to get better understanding of atomic and molecular processes.

Studies of atomic and molecular negative ions are very interesting for other fields of physics like astrophysics and chemistry as will be emphasized in the following.


Laser Spectroscopy of negative ions at Göteborgs University/Chalmers University.
Projects
Experimental facility

Electron impact on negative ions at Manne Siegbahn Laboratory.
Projects
Experimental facility


www.gu.se
  Atomic Physics
Göteborg University
Visiting address: Kemigården 1, SE-412 96  Göteborg
Tel +46 31-772 3273 | Fax +46 31-772 3496