Introduction to Electronic Structure Methods

Introduction to Electronic Structure Methods#

This book contains the script and exercises for the course CH-353 Introduction to Electronic Structure Methods (IESM) given at EPFL.

Contributors

Over the years many people have contributed to the improvement of the course materials. They appear here in chronological order:

  • Ursula Roethlisberger

  • Manuel Doemer

  • Elisabeth Brunk Orcid

  • Martin Bircher Orcid

  • Ariadni Boziki Orcid

  • Esra Bozkurt Orcid

  • Nicholas Browning Orcid

  • Thibaud von Erlach

  • Pablo Baudin Orcid

  • François Mouvet Orcid

  • Justin Villard Orcid

  • Simon Dürr Orcid

  • Andrea Levy Orcid

  • Sophie Johnson Orcid

  • Andrej Antalík Orcid

  • Qihao Zhang

  • Salomé Guilbert

  • Thibault Kläy

  • Evan Vasey

Time Table Fall Semester 2025#

⚠️ This timetable was last updated on Monday 08.09.2025

The course will be on

  • Mon 08:15-10:00am

  • Tue 10:15-12:00am

Course rooms

date

type

description

08.9. Mon

theory

Revision of Linear Algebra and Quantum Mechanics

assistants

09.9. Tue

exercise

Exercise 1: Linear Algebra in Quantum Mechanics

assistants

15.9. Mon

course

Basis Sets I

UR

16.9. Tue

course

Basis Sets II

UR

22.9. Mon

——

Jeûne Fédéral

23.9. Tue

exercise

Exercise 2: Intro & HF calcs in Psi4

assistants

29.9. Mon

course

Hartree-Fock I

UR

30.9. Tue

exercise

Exercise 3: Basis sets, De, geom opt.

assistants

06.10. Mon

course

Hartree-Fock II

UR

07.10. Tue

exercise

Exercise 4: Hartree Fock procedure in detail

assistants

13.10. Mon

exercise

Mock Exam with Old Written Exam

assistants

14.10. Tue

exercise

Solutions of Mock Exam + Q&A Session

assistants

20.10. Mon

——

Fall Break - No Classes

21.10. Tue

——

Fall Break - No Classes

27.10. Mon

exam

Written Exam I

assistants

28.10. Tue

course

Configuration Interaction

UR

03.11. Mon

course

Many-Body Perturbation Theory

UR

04.11. Tue

exercise

Exercise 5: Post HF: MPn & CI

assistants

10.11. Mon

course

Coupled Cluster Theory

UR

11.11. Tue

exercise

Exercise 6: DFT vs HF/MP2

assistants

17.11. Mon

course

Multireference Methods

Andrej Antalík

18.11. Tue

course

Density Functional Theory (DFT) I

UR

24.11. Mon

exercise

Exercise 7: Trouble Shooting, Pitfalls, traps

assistants

25.11. Tue

course

DFT II

UR

01.12. Mon

exercise

Exercise 8: Transition States

assistants

02.12. Tue

course

DFT III (CP, QM/MM, Demos) & Summary

UR

08.12. Mon

exercise

Exercise 9: PES Scans

assistants

09.12. Tue

exercise

Q&A Session

assistants

15.12. Mon

exam

Written Exam II

assistants

16.12. Tue

——