Optimal Control Workshop
Date: October 13-14, 2022
Location:
Technical University Munich
Institute of Advanced Studies
Lichtenbergstraße 2 a
85748 Garching
Germany
Program Oct 13
Time | Speaker | Title |
14:00 | Bernd Reif, Zdenek Tosner | Welcome and Introduction |
14:15 | Jan Blahut, Mattias Brandl | Overview of developments in Prague and Munich |
15:00 | Johanna Baldus University of Frankfurt | Optimal control pulses for the NC transfer in membrane protein solid-state NMR |
15:30 | Rasmus Linser University of Dortmund | Higher-dimensionality solid-state NMR for facilitated resonance assignment and elucidation of protein dynamics |
16:00 | Coffee Break | |
16:45 | llya Kuprov University of Southampton | Dealing with instrument response functions within GRAPE framework |
17:15 | Jan Stanek University of Warsaw | Transverse Magnetic Field Inhomogeneity and its Consequences for Performance of Protein Triple Resonance Correlation Experiments Under fast MAS |
17:45 | Piotr Klukowski ETH Zurich | ARTINA: deep learning-based approach to fully automated chemical shift assignment and protein structure determination |
18:15 | Matthias Ernst ETH Zurich | A continuous approach to Floquet theory for pulse-sequence optimization in solid-state NMR |
19:15 | Dinner and Discussion in the Faculty Club |
Program Oct 14
Time | Speaker | Title |
09:00 | Andrew Pell University of Lyon | Broadband solid-state NMR of paramagnetic materials |
09:30 | Guido Pintacuda University of Lyon | Biomolecular MAS NMR: three good reasons for spinning faster |
10:00 | Armin Purea Bruker Biospin | MAS probes |
10:30 | Niels Christian Nielsen University of Aarhus | Single-spin vector and exact effective Hamiltonian theory based design of optimal experiments in magnetic resonance |
11:00 | Coffee Break | |
11:45 | Paul Schanda Institute of Science and Technology Austria | Protein dynamics in large assemblies: from local side chain motions to functional large-scale mobility |
12:15 | Loren Andreas MPI Göttingen | Pulse sequences for ultrafast MAS and proton detection applied to membrane proteins and membrane-assosicated proteins |
12:45 | Steffen Glaser TU München | Optimal control of spin dynamics: Analytical and numerical approaches |
13:15 | Closing Remarks and Farewell |