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Computer lab

How particles order: Structure in colloidal dispersions

 

The group offers a Master Laboratory for students at the Institute of Physics. This computer lab gives insight into the scientific work taking place in the group and introduces students to perform exemplary computer experiments.

 

Abstract. Understanding the structure of simple fluids is important for many technological applications - as e.g. liquid crystal displays - as well as in our daily life, when ice forms or blood clogs veins. In this computer lab students will study many-body fluids, where particles interact via specific pair potentials. These common model systems will be simulated by means of Monte Carlo simulations, on the one hand, and classical density functional theory, on the other hand. The respective pair correlations between the particles will be compared and approximative theories will be tested against the simulation data. The students will employ three important concepts: to run particle-resolved simulations, to find numerical solutions of equations, and to derive analytical expressions. In this lab, students will use prepared codes and scripts to acquire knowledge on programming in C/C++, Mathematica, scripting, and illustrating their results.

 

Contact. Andreas Härtel (see Research Group)