Molecular Sensors and Polarization Agents
New Materials for New Opportunities
We design molecular systems that act both as quantum sensors and hyperpolarization agents by harnessing optically polarizable triplet electron states. These systems can greatly enhance NMR and MRI signals while simultaneously serving as precision chemical probes. Molecular platforms provide exceptional versatility, since their structure and function can be synthetically tailored. We are investigating a broad range of candidates—from molecular crystals such as pentacene and anthracene, to dense assemblies, proteins, and metal–organic frameworks that embed molecular sensors with tunable, powerful functionality.
Featured Project
Hyperpolarizable Molecules
We are investigating molecules hosting triplet states as platforms for dynamic nuclear polarization. Their efficient electron hyperpolarizability, combined with low nuclear decoherence, makes them highly effective for polarization transfer. Synthetic control further enables close interactions with target analytes.
Latest publications about this work
