Lecture 27: Enrique Espinosa

Enrique Espinosa Topological Analysis of the Electrostatic Potential in Molecular Systems. Jun 01, 2023

Lecture 26: Rebecca Nicholls

Rebecca Nicholls : Phonon vibrations probed using the electron microscope. May 05, 2023

Lecture 25: Anders Madsen

Anders Madsen : Dynamic Quantum Crystallography: Thermal motion in crystallography seen through a quantum-mechanical looking glass. May 05, 2023

Lecture 24: Michele Ceriotti

Michele Ceriotti : Physics-Based Machine Learning of the Electron Density. March 16, 2023

Lecture 23: Ángel Martín Pendás

Ángel Martín Pendás : Is the one-particle approximation biasing our interpretation of real space chemical bonding descriptors? The cases of the Laplacian of the electron density and the electron localization function. March 16, 2023

Lecture 22: Julian Henn

Julian Henn : Global data quality metrics and data quality filter systems. February 16, 2023

Lecture 21: Saulius Gražulius

Saulius Gražulius: Open databases: what do we have, where are we going? February 16, 2023

Lecture 20: Katarzyna Pernal

Katarzyna Pernal : Reduced Functions and Descriptors for Accurate Electronic Structure Prediction and Understanding Chemical Bonding January 12, 2023

Lecture 19: Jean-Michel Gillet

Jean-Michel Gillet: Phase Space Quantum Crystallography: how about considering the other axis? January 12, 2023

Lecture 18: Lukas Palatinus

Lukas Palatinus : 3D electron diffraction for charge density analysis: what are the challenges? December 1, 2022

Lecture 17: Richard Beanland

Richard Beanland : Exploring dynamical scattering using 'digital' large-angle convergent beam electron diffraction (D-LACBED) patterns. December 1, 2022

Lecture 16: Paulina Dominiak

Paulina Dominiak : Modelling electrostatic potential in electron diffraction studies. December 1, 2022