Course description:
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Students carry out six exercises selected by the supervisor of their specialization work. Each exercise involves learning some theoretical material, solving problems, and passing a final colloquium. The six exercises are selected from the following set: variational method, time-independent perturbation theory, SCF method, theory of electron correlation, coupled cluster method, DFT approach, permutation and unitary group approach to many-electron systems, theory of intermolecular forces, theory of molecular properties, time-dependent perturbation theory, semi-empirical methods, theory of rovibrational spectra, theory of relativistic effects, band structure theory, variants of Monte Carlo method, Monte Carlo simulations of polymer chains, molecular dynamics simulations of proteins, Monte Carlo simulations of membranes.
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