Our research focuses on the development of quantum sensing and novel spectroscopy methods to study chemical processes, biophysics, and life sciences. A basic principle behind these methods is known as nuclear magnetic resonance (NMR) that measures the transition frequencies of some common atoms in the molecules of interest at the presence of an external magnetic field. The resulting spectrum contains rich information about the structure, dynamics, and function of these biomolecules. 

To do this, we rely on multidisciplinary knowledge involving analytical chemistry, physical chemistry, quantum technology, optics, engineering, material science, protein science, biophysics, nanoscience, and computer simulation. These novel analytical approaches/strategies allow us and researchers from all over the world to study important biological systems and to enhance the understanding of the molecular mechanisms of cellular processes. In essence, the convergence of quantum sensing and biology holds the promise to reshape the landscape of healthcare for the better.