Each day of the School will be devoted to a specific subject. The lectures will start from the basics of NMR and EPR providing the necessary background for description of advanced magnetic resonance experiments.
September 15: Arrival and welcome party
19.00 Welcome party
September 16: Theoretical framework for magnetic resonance
9.00 Plenary talk: Quantum mechanical description of pulsed experiments in NMR and EPR. Ivanov
11.00 Coffee break
11.30 LECTURE: Electron and nuclear spin dynamics. Maeda
13.00 LECTURE: Basic pulse experiments in magnetic resonance. Kulik
14.00 — 15.00 Lunch
15.00 LECTURE: Relaxation in magnetic resonance. Ivanov
16.30 LECTURE: Product operator formalism. Griesinger
18.00 Coffee break
18.30 Tutorial: Product operator formalism. Yulikov
September 17: NMR
9.00 Plenary talk: Modern methods in bio-NMR. Griesinger
11.00 Coffee break
11.30 LECTURE: NMR interactions. Ivanov
13.00 LECTURE: Spin interaction tensors. Ivanov
14.00 — 15.00 Lunch
15.00 LECTURE: NMR pulse sequences. Griesinger
16.30 Tutorials: NMR structure determination — a practical guide. Tietze
18.00 Coffee break
18.30 Flash talk session
September 18: EPR
9.00 Plenary talk: Pulsed dipolar EPR spectroscopy. Yulikov
11.00 Coffee break
11.30 LECTURE: EPR interactions. Kulik
13.00 LECTURE: Relaxation in EPR. Kulik
14.00 — 15.00 Lunch
15.00 LECTURE: Pulsed EPR instrumentation. Yulikov
16.30 Tutorials: DeerAnalysis, SPIDYAN, MMM. Yulikov
18.00 Coffee break
18.30 Flash talk session
September 19: Spins of electrons and nuclei
9.00 Plenary talk: Dynamic Nuclear Polarization. Gutmann
11.00 Coffee break
11.30 LECTURE: Spin hyperpolarization. Gutmann
12.30 LECTURE: Hyperfine interactions in solid state EPR. Kulik
14.00 — 15.00 Lunch
15.00 LECTURE: Magnetoreception and magnetic field effects. Maeda
16.30 LECTURE: Chemically induced electron spin polarization. Maeda
18.00 Coffee break
18.30 Tutorials: Hyperfine spectroscopy [Yulikov], ENDOR, ELDOR-detected NMR [Kulik]
20.00 Poster session
September 20: NMR and EPR in action
9.00 Plenary talk: NMR-based studies of biomolecules. Tietze
11.00 Coffee break
11.30 LECTURE: Chemically induced nuclear spin polarization. Yurkovskaya
13.00 LECTURE: Site-directed spin labeling in EPR. Yulikov
14.00 — 15.00 Lunch
15.00 LECTURE: Recent highlights in MR. Gutmann
16.30 LECTURE: Recent highlights in spin chemistry. Maeda
18.00 Coffee break
18.30 Closing of the School
Departure
Gutmann Introduction to DNP and Hyperpolarization
Ivanov_NMR interactions_Roshchino
Maeda Electron spin polarization
Maeda Magnetoreception and RYDMR
Maeda Topics of Spin Chemistry
Yulikov_PDS_EPR_lecture_slides