Designing, characterizing, and providing important specific information concerning
the thermodynamic, structural, dynamic, spectroscopic, and chiroptical properties
of luminescent lanthanide complexes with chiral ligands as potential probes of more
complex molecules, e.g. biomolecules, for instance by preferential interaction with
one enantiomer
Designing, synthesizing, and spectral characterization of chiral lanthanide complexes
for applications as chiroptical probes
Studying of the solution structure of chiral lanthanide complexes by circularly polarized
luminescence (CPL), a chiroptical technique
Lanthanide(III) luminescence as a probe of structures, dynamics, and excited state
energetics of metal-containing biomolecular systems such as Ca(II)-binding proteins
Developing, maintaining, improving and using a chiroptical induced-CPL-based technique
to determine the absolute configuration of simple chiral organic molecules, as well
as to study the polarization of the emitted light of metal-containing and/or organic
compounds