spinlab at William & Mary is a student-driven, NMR-focused research group investigating physical properties of materials.

Our Research

Research in the spinlab centers around single-sided nuclear magnetic resonance. We focus on methods and instrumentations development, data and computational models, and a range of applications.
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.

Applications
Computational Modeling and Analysis

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.

Computational Modeling and Analysis
Instrumentation and Methods

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.

Instrumentation and Methods
Skills

Skills students learn

Students in the spinlab develop a range of skills broadly relevant to science and research. Some of these skills include experimental design, electronics, Python and/or Matlab programming, literature searching, and data management.

Meet the Group

Principal Investigator

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Tyler Meldrum

Associate Professor of Chemistry, Director of Undergradate Research in Chemistry

Undergraduate Students

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Shalom Akolatse

Math major, Chemistry minor, 2026

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Eliza Evans

Chemistry, 2026

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Thomas Felton

Data Science major, Chemistry minor, 2027

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John Golding

Chemistry, 2026

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Huy Le

Chemistry, 2027

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Kylie McCoy

Biochemistry, 2026

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Megan Pruitt

Chemistry, 2027

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Kelly Ann Sutterfield

Chemistry and Physics, 2026

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Noah Zelch

Physical therapy track, 2026