Prof. Danuta Kruk from University of Warmia and Mazury in Olsztyn, Poland introduced the basics of NMR phenomena in this lecture. Her lecture entitled “Introduction to Nuclear Magnetic Resonance (NMR) Phenomena and Relaxation Processes” explored the atomic structure, spins, and magnetic moments establishing a foundation for understanding NMR relaxation in molecular systems.
Dr. Adam Kasparek from University of Warmia and Mazury in Olsztyn, Poland delivered a lecture on “Mathematical Tools-An Overview in Examples,” where he simplified complex mathematical concepts essential for quantitative NMR analysis, providing practical examples to highlight the significance of these tools.
Leonardo Brizi from University of Bologna, Italy delivered a lecture on Understanding the Principles of NMR Relaxation. Dr. Brizi breaks down how relaxation parameters inform us about molecular motions and interactions in complex systems. Ideal for students, researchers, and professionals in chemistry, biology, and material sciences, this session offers a clear understanding of NMR’s potential in studying molecular dynamics
Prof Kruk’s lecture on the “Relationship between NMR Relaxation and Molecular Dynamics- A Quantitative Approach”, where she detailed the connection between relaxation parameters and molecular behaviour.”
Prof Pedro Sebastiao from the Instituto Superior Tecnico of Lisbon University delivered a talk on “Examples of NMR Radiometry data Analysis,” demonstrating the practical aspects of analysing data from complex molecular systems.
In Part II of the lecture, Prof Sebastião demonstrates the application of Fitteia software for fitting relaxation data to extract molecular dynamics parameters. Prof. Sebastião covers essential analytical methods, data fitting processes, and troubleshooting tips to optimise results, providing invaluable guidance for scientists and students in the field.
Dr. Adam Kasparek talked titled “How to Obtain Translation Diffusion Coefficients from NMR relaxation Data_ Practical Guidelines,” offering hands on advice for extracting critical parameters from experimental data.
Prof. Fabiana Zama and her team from the Universita di Bologna, Italy who presented a session on “Non-Conventional Modeling of NMR relaxation Data.” This discussion was focused on advanced modelling techniques and their relevance to complex molecular systems.
Prof Kruk in this lecture talked on “Unexpected Relaxation features of NMR Relaxometry,” where she explored the complex and surprising phenomena observed in relaxation data.
Dr. Leonid Grunin and his team from resonance Systems GmbH Germany, began with a detailed discussion on the Principles of TD NMR Experiments, explaining the fundamentals of TD NMR, including pulse sequences, relaxation times, and the role of molecular motion in relaxation phenomena. The lecture emphasised on the working principle of TD NMR and its application in various fields.