Research at a glance
Nuclear magnetic resonance (NMR) spectroscopy is among the most important analytical techniques in the chemical sciences, and the imaging modality (MRI) is an invaluable diagnostic tool for non-invasive medical imaging. My research is focused on the development of new NMR methods in order to redefine what is possible with NMR, with the ultimate goal of revolutionizing chemical and material analysis.
Zero- to Ultralow-Field NMR
High-resolution NMR spectra even in messy heterogeneous or conductive environments — no superconducting magnet required.
Read more →Nuclear Spin Hyperpolarization
Dramatic NMR signal enhancement using the entangled spin order of parahydrogen, for the study of catalysis and metabolism.
Read more →NMR with Quantum Sensors
Nano- to micro-scale NMR spectroscopy and imaging using nitrogen-vacancy (NV) centers in diamond.
Read more →Recent news
- 2026 Magnetic susceptometry patent (US 12,529,725 B2) granted by the USPTO.
- 2026 Nondestructive observation of battery electrolyte composition with ultralow-field NMR published in Chemical Science.
- 2025 Search for axionlike dark matter using liquid-state NMR published in Physical Review D.
- 2025 Invited lectures on quantum diamond microscopy for biochemical analysis at Stanford Q-FARM and the Mechanick Quantum Biosensing Workshop.
- 2023 Metabolic ZULF NMR published in Analytical Chemistry as Editor’s Suggestion.