We’re developing magnetic resonance methods, including NMR, EPR, and hyperpolarization techniques, to derive novel solutions for chemical and biological sciences.
Hyperpolarized water from dissolution DNP acts as a universal polarization medium, exchanging protons with labile sites and lighting up folding, disorder and solute–solvent interactions within seconds — no labeling required.
Residue-resolved, real-time views of prenucleation species and non-classical nucleation in calcium phosphate and carbonate — and peptide-templated silica, linking assembly dynamics to final morphology.
Hyperpolarized NMR, EPR and computation in one framework: tracking transient intermediates at micromolar levels, probing radical and polarization-transfer dynamics, and giving every spectrum an atomistic interpretation.
Chemists, physicists and biologists running the spectrometers, polarizers and simulations at the NMR Core Facility, Währinger Straße 38.
An open seminar on NMR and magnetic resonance in general — interested in joining or speaking? Get in touch.