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chemistry, as has been the profile since 1984. The unit
has been focusing on and
pioneering in the fields of relativistic effects in chemistry and the chemistry of gold
and gold nanoparticles. Related to the latter activity is also the unit’s
interest in
quantum dots. Other computational activities involve the study of photoabsorption
processes in biomolecules and silicon clusters. The unit is
also actively involved in a
variety of method development projects, such as the calculation of magnetic (ring)
currents in open-
and closed-shell molecules, finite-element methods and strongly
correlated systems, as well as novel methods for studying protein folding.
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