The main scientific aim is to to develop original and complementary methods and instruments for the study of the structure and dynamics of molecular and biomolecular materials in order to understand structure-property and structure-function relationships.
Crystallography, X-ray and NMR/NQR methods and instrumentation, electron density modeling, diffraction under constraints (light, pressure, electric field) are developed together with applications in:
- Material science (e.g. photosensitive functional materials, low dimensional materials, multiferroic materials, porous materials, molecular materials…)
- Physics (phase transitions, molecular magnetism, piezoelectricity, …)
- Chemistry (Chemical bonding, metal-ligand, macromolecule-ligands, weak intermolecular interactions, crystal engineering, …)
- Life sciences (enzymes, detoxification, xenobiotics, secondary metabolites, reaction intermediates, protein-ligand, protein-protein and protein-DNA interactions, molecular recognition, molecular modelling, …)
These objectives will be tackled within and by collaboration between the three research teams
The laboratory members develop and operate the two experimental platforms (services communs) of X-ray diffraction and NMR of the Institut Jean Barriol.
CRM2 has participated in the promotion and is now implicated in the operation of the beamline “Cristal” at the synchrotron SOLEIL (P. Fertey). The laboratory interacts also with the neutron diffraction groups at LLB (F. Porcher).
CRM2 is highly involved in teaching at all levels. We organise regularly national (CNRS) and international schools on crystallography and offer training to research engineers and doctoral students of other laboratories.
At the University of Lorraine the members of CRM2 teach at the Faculty of Sciences and Technologies in the bachelor and master courses in physics, chemistry, life sciences, and earth sciences.