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Learn the fundamentals of the Gauge-Including Projector Augmented Wave (GIPAW) method for calculating Nuclear Magnetic Resonance (NMR) parameters in this comprehensive 59-minute lecture by Ari Seitsonen from Materials Cloud. Explore the theoretical foundations and computational approaches used to predict NMR chemical shifts and other magnetic properties in solid-state materials from first principles. Discover how the GIPAW method extends traditional density functional theory calculations to include magnetic field effects, enabling accurate simulation of NMR spectra for crystalline systems. Gain insights into the mathematical framework underlying this powerful computational technique and understand its applications in materials science research for characterizing atomic-scale structure and electronic properties through NMR spectroscopy calculations.
