| The solid-state NMR group has research activities focusing on the following: |
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Developing pulse sequences for sensitivity and resolution enhancement in half-integer spin quadruple
spin systems and proton spin systems
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Developing recoupling sequences for polarization transfer and elucidation of geometry information in
half-integer spin quadruple spin systems, particularly those containing 17O spins
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Developing efficient heteronuclear dipolar decoupling schemes for resolution enhancement of 13C and
15N spectra under both magic-angle spinning and static conditions
- Analyzing the pulse sequences and predicting pulse sequences employing bimodal Floquet theory
under magic-angle spinning conditions
- Application of solid-state NMR pulse schemes to unravel the structure of amyloid fibril peptides and
other biomolecules not amenable to solution-state NMR of X-ray
- Exploring the possibility of adapting Fer expansion to solid-state NMR towards obtaining
effective Hamiltonians and propagators as a complimentary method to both the Floquet theory and
average Hamiltonian theory based on Magnus expansion
The group consistes of:
Ph.D. students:
- Rajendra S Thakur
- Mithun Goswami
Our collaborators include:
- Shimon Vega, Weizmann Institute of Science
- Malcolm Levitt, Southampton University
- Jean-Paul Amoureux, University of Lille
- Thomas Braeuniger
- Narayanan Kurur, IIT Delhi
- K. V. Ramanathan, IISc Bangalore
- Angelika Sebald
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