For third semester physics students I taught the course on Partikelfysik och Kosmologi several years ago,
based on a compendium. The lab on muon decay had a special webpage.

On the advanced undergraduate (or beginning graduate) level, I give the course FYTN01 Mathematical methods of physics (Fysikens matematiska metoder), 7.5 ECTS. It was given by me the autumns of 2008 and 2009, half-speed for the latter half of the semester. It then shifted to the spring, half-speed for the latter half of the semester, in 2010 - 2014. It is now again shifted, to run half-speed for the first half of the autumn, beginning in 2014. From autumn 2020 onwards the course is taken over by Rikkert Frederix.

On the advanced undergraduate (or beginning graduate) level, Hans Bijnens and I have given the course FYTN04 (previously FYS230), Theoretical Particle Physics (Teoretisk partikelfysik), 7.5 ECTS (old 5p). It has been given by us in the autumns of 1998 - 2003 and 2008 - 2015, half-speed for the latter half of the semester. From 2016 onwards Leif Lönnblad took over my teaching. Temporarily I have again taken it over for 2020, together with Malin Sjödahl, but now as course code FYTN18 with slightly changed course plan.

For graduate students in theoretical or experimental particle physics I have given the course Particle Physics Phenomenology, 7.5 ECTS, in the spring of 1996, 1998, 2001 and 2004.
A shorter, 5 ECTS, and updated course with the same title was given at Copenhagen University in October 2011.
The full 7.5 ECTS course was given again in the spring of 2015 and the spring of 2018. Stefan Prestel will take over responsibility for the course the next time.

During the autumn 2012 and autumn 2014 I have taught part of the course on Monte Carlo and Molecular Dynamics Tools. This is intended for graduate students, as part of the COMPUTE Research School.

I am available for external talks, and have given a half-day presentation on Kvarkfysik as 'lärarfortbildning'.
For high school students I have given talks on
En av elementarpartikelfysikens gåtor: Varifrån kommer massan? and
Mörk materia: en resa från universum till partikelfysik.