spinlab @ William & Mary

Improving single-sided NMR instrumentation and use

We develop pulse sequences, nuclear hyperpolarization, and accessory hardware that improve the ease of use, accuracy, and quality of single-sided NMR measurements.

Connecting molecular behavior and macroscopic measurements

We use computational methods to predict and interpret relaxometry and other measurements done using single-sided magnets. We also actively pursue better methods to analyze relaxometry data in context of particular applications.

Using NMR to study adhesives, artwork, and more

We use NMR, along with other methods, to study a wide range of materials and applications. Some of these include coatings, epoxies, and polymers; chemical kinetics; art, archaeology, and objects of cultural heritage; and biomaterials.

Open, student-driven, peer-mentored research

Progress in the lab depends on strong mentoring and collaboration — students guide each other and bring their own research ideas to the table, turning them into real projects. Along the way, they pick up skills from electronics to computation.