



Exploring solid-state NMR and Dynamic Nuclear Polarisation on next generation materials
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Healthcare
Clean Energy
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Global Warming
Healthcare
Clean Energy
Drug Delivery
Global Warming
Healthcare
Clean Energy
Drug Delivery
Global Warming
Healthcare
Clean Energy
Drug Delivery
Global Warming
Global Warming
Healthcare
Drug Delivery
Clean Energy
Global Warming
Healthcare
Drug Delivery
Clean Energy
Global Warming
Healthcare
Drug Delivery
Clean Energy
Global Warming
Healthcare
Drug Delivery
Clean Energy
Healthcare
Clean Energy
Drug Delivery
Global Warming
Healthcare
Clean Energy
Drug Delivery
Global Warming
Healthcare
Clean Energy
Drug Delivery
Global Warming
Healthcare
Clean Energy
Drug Delivery
Global Warming

Dr.Brijith Thomas
Dr.Brijith Thomas
Assistant Professor : Chemistry
Ph.D: Leiden University, Netherlands





Dr.Brijith Thomas
Assistant Professor : Chemistry
PhD: Leiden University, Netherlands
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Welcome to our magnetic resonance in materials group at New York University, Abu Dhabi. The main motivation of the group is to explore the novel chemistry in materials using Solid State NMR and dynamic nuclear polarisation as the main tool to understand the structure property relationships. We also work on the methodology development tailored to the need of the material by exploring the landscape of dynamic nuclear polarisation and conventional Solid State NMR. The materials that we are interested include catalysts, coordination polymers, inorganic oxides, energy storage materials and self assembled supramolecules.
Welcome to our magnetic resonance in materials group at New York University, Abu Dhabi. The main motivation of the group is to explore the novel chemistry in materials using Solid State NMR and dynamic nuclear polarisation as the main tool to understand the structure property relationships. We also work on the methodology development tailored to the need of the material by exploring the landscape of dynamic nuclear polarisation and conventional Solid State NMR. The materials that we are interested include catalysts, coordination polymers, inorganic oxides, energy storage materials and self assembled supramolecules.