We offer experimental and interdisciplinary thesis projects in the field of hyperpolarized magnetic resonance, ranging from chemical synthesis to the development of new NMR technologies and methods aimed at pushing the limits of sensitivity and innovation in our laboratory.

- Development of catalysts for SABRE and PHIP applications
- Synthesis of metabolic precursors for PHIP-SAH
- Synthesis of chromophores for optical DNP applications
- Synthesis of stable radicals for liquid-state DNP applications
- Programming of pulse sequences for high-field (9.4 T) and benchtop NMR (1.4 T) experiments
- Design and development of systems for NMR signal detection at ultra-low magnetic field (< 10 µT)