Powder Diffraction: Techniques and Applications

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Crystal Structure: Diffraction and Bragg's Law

Explores diffraction principles for observing atomic arrangements and determining crystal structures in solids.

Synchrotrons and X-ray Techniques

Explores the rotation method in single-crystal diffraction and serial crystallography techniques for studying atomic vibrations and protein dynamics.

X-ray diffraction: history and basics

Explores the history, principles, and applications of X-ray diffraction in cement studies, highlighting key scientific contributions.

X-ray Free-electron Lasers: Biochemistry and Imaging

Explores X-ray free-electron lasers in biochemistry, single-particle imaging, and chemical bond dynamics, as well as high-pressure science.

Atomic-scale Modeling: Interactive Exercises and Graded Assignments

Explores atomic-scale modeling through interactive exercises and graded assignments, covering crystallography, diffraction, defects, and regression models.

New Magnetic Materials: Skyrmion-hosting Candidates

Explores new magnetic materials with potential skyrmion-hosting capabilities and discusses non-trivial magnetic textures in chiral semiconductors.

Protein Structure Determination: X-ray vs NMR

Explores protein structure determination using X-ray crystallography and NMR spectroscopy, covering historical significance, crystal formation, diffraction patterns, and challenges in crystallization.

Powder Diffraction Techniques

Explores synchrotrons, x-ray lasers, detectors, structure solving, charge flipping, radiation testing, ultrafast diffraction, and total scattering techniques.

Fourier transforms: Light-matter interaction

Explores Fourier and Laplace transforms in materials science, focusing on light-matter interaction, diffraction patterns, and crystal properties.

Diffraction exercises

Covers exercises on electron diffraction to identify crystal structures and analyze diffraction patterns accurately.