Laurynas Dagys

Dr. Laurynas Dagys is a Senior Researcher at the Institute of Chemical Physics (IChP) within the Faculty of Physics at Vilnius University, Lithuania. His research focuses on advanced Nuclear Magnetic Resonance (NMR) techniques, particularly in the areas of hyperpolarization, low-field NMR, and nuclear singlet states.

Dr. Dagys' primary research interests include:

• NMR Spectroscopy for enhanced signal detection
• Hyperpolarization techniques to amplify magnetic resonance signals
• Low-field NMR applications for cost-effective medical and scientific instrumentation
• Nuclear singlet states for extended spin coherence and novel imaging applications
• Quantum spin dynamics in biological and chemical systems
• Development of microfluidic platforms for hyperpolarized metabolite production

His recent work demonstrates significant advancements in parahydrogen-induced polarization methods, achieving over 20% carbon-13 polarization for metabolites like pyruvate. These breakthroughs have important implications for medical imaging, particularly in developing more affordable and accessible diagnostic tools. Dr. Dagys has pioneered techniques for hyperpolarization on microfluidic devices, enabling direct production of hyperpolarized metabolites for potential clinical applications. His research bridges physics, chemistry, and biomedical engineering, with applications ranging from fundamental quantum mechanics to practical medical diagnostics.

Dr. Dagys was awarded the Erwin-Schrodinger-Prize in 2021 for developing a technique that amplifies magnetic resonance signals inexpensively and extraordinarily, highlighting the significance and impact of his research. This work has opened new possibilities for making advanced NMR and MRI technologies more accessible globally.

He teaches courses in Physics and Optics at Vilnius University, contributing to the education of future scientists and researchers in these fundamental disciplines. His collaborative research involves international partnerships with institutions across Europe and the United States, reflecting the global significance of his work in advancing NMR technology. Dr. Dagys maintains an active research profile with numerous publications in high-impact journals including Science Advances, PNAS, and Journal of the American Chemical Society.