Course Overview

April 2018
Mon Tue Wed Thu Fri Sat Sun
1
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

2
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

3
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

4
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

5
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

6
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

7
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

8
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

9
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

10
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

11
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

12
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

13
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

14
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

15
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

16
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

17
Nils Huse & Henry Chapman

from Mar 26, 2018 09:30 to Apr 17, 2018 13:00

18 19 20 21 22
23 24 25 26 27 28 29
30

Course Booking via Geventis

Training and Research

Training and Research

IMPRS-UFAST core course

12946 1523273664

Solid State Physics

From a microscopic point of view, a solid is just a regular arrangement of atoms, embedded in a soup of electrons. Yet, a remarkably rich manifold of phenomena emerges from this simple starting point, ranging from simple metals and semiconductors to multiple kinds of magnetic order or superconductivity. In this course we will discuss basic properties of solids and their microscopic understanding. [more]

IMPRS-UFAST core course

12947 1523274010

The theory of electronic structure and molecular dynamics

The course provides an overview of molecular electronic structure theory, covering the Hartree-Fock method, many-body perturbation theory, multiconfiguration self-consistent field, configuration interaction, coupled cluster, and density functional theory. Also it will discuss how to treat the interaction of molecules with electromagnetic fields. After this, it will cover the basics of molecular dynamics. [more]

 
Go to Editor View
loading content