Introduction The goal of the NMR
research is to characterize physical properties of
molecules, materials and nanosystems by developing
and applying modern experimental and
theoretical/computational magnetic resonance methods.
Call for candidates for I4Future doctoral programme
in two topics:
Solid-State NMR, Paramagnetic NMR and First-Principles Calculations on Rare
Earth Element Complexes
Synthesis of Novel Lubricant Ionic Liquids and Their Characterization by
Multidimensional Diffusion and Relaxation NMR>
LuK/FM-projekteja
tarjolla (B.Sc./M.Sc projects)
HOT TOPICS:
Ultrafast multidimensional Laplace NMR for a rapid and sensitive chemical analysis. See the paper in Nature Communications.
The insertion of a Xe atom into the self-assembled metallosupramolecular cage confirmed by Xe NMR spectroscopy and computation. See the paper in JACS and a report about it in ChemistryViews.
Parahydrogen induced polarization (PHIP) using molecular tweezers, without metal-containing catalyst. See the paper in JACS and its coverage in KEMIA (in Finnish, page 2).
Optical chemical shift, the
existence of which was predicted by us
earlier,
has now been experimentally found and verified by
quantum theory. See the paper in
Journal of Physical Chemistry Letters and its
coverage in
Chemistry World.
Novel method for detection
of biaxility in liquid crystals published in
Physical Review Letters.
Novel theory of optical
detection of NMR published in
Physical Review Letters.
Topics archive.
Postal address:
NMR Research Group
Faculty of Science
P.O. Box 3000
FIN-90014 University of Oulu
Finland
Tel: +358-40-196 6658 (theory)
Tel: +358-294-48 1309 (experiment)
|
