MSE-305 Introduction to Atomic Scale Modeling
MSE-305 Introduction to Atomic Scale Modeling
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From Michele Ceriotti
Make atoms dance by integrating Newton's equations, following the forces generated by the interatomic potential. -
From Michele Ceriotti
The 1D harmonic chain as a simple model of lattice vibrations in solids. -
From Michele Ceriotti
Dimensionality reduction and linear regression: the basics of data-driven materials modeling -
From Michele Ceriotti
What are the structure and stability of defects in crystals? In this video we review the most common type of defects - point defects, surfaces, dislocations - and use… -
From Michele Ceriotti
The interatomic potential measures the stability of an arrangement of atoms. We discuss both the construction of potentials as an approximation to physical interactions… -
From Christian Vonarburg
Crystal structures, direct and reciprocal lattices, and the calculation of the diffraction pattern from a crystal. -
From Christian Vonarburg
How to represent a structure on a computer in terms of the nature and positions of its atoms? This module provides an overview of this basic problem, and gently… -
From Christian Vonarburg
A brief overview of some Python concepts used in this course. -
From Christian Vonarburg
Overview of the course
