Lecture courses during the fall semester:

• Quantum Field Theory (2025 - 2026)  (in English).
  Course in the master specialization Particle and Astrophysics (elective), given every year.
  
  Lectures:  Tuesday, 15h30 - 17h15, HG00.308.
  Exercise classes:  Thursday, 13h30 - 15h15, HG01.029.
  
  

Lecture courses during the spring semester:

• Quantum Field Theory 2: The Standard Model (2024 - 2025) (in English).
  Course in the master specialization Particle and Astrophysics (elective), given every year.
  
  

Blast from the past (previous lecture courses):

• Kwantummechanica 2 (last given in 2015 - 2016)  (in Dutch).

• Analytische Mechanica (last given in 2007 - 2008) (in Dutch).

• The Standard Model and Beyond (@RU together with Sascha Caron).
  Course in the master specialization Particle and Astrophysics (elective), given every year.
  
  Week 1: lecture notes, the Special Relativity appendix, and the first set of exercises.
  Week 2: lecture notes, the second set of exercises and an extra exercise on minimal substitution.
  Week 3: lecture notes and the third set of exercises.
  Week 6: lecture notes and the sixth set of exercises.
  Week 8: lecture notes and the eighth set of exercises.
  Week 10: lecture notes and the tenth (mini) set of exercises.
  Week 12: lecture notes and the twelfth set of exercises.
  

• Beyond the Standard Model (@UvA by Paul de Jong and Wim Beenakker).
  Master course in Physics and Astronomy at the UvA.
  
  Week 1: lecture notes by WB as well as some exercises.
  Week 2: lecture notes by PdJ as well as some additional slides
  Week 3: lecture notes by WB and PdJ as well as an additional exercise.
  Week 4: lecture notes by WB and PdJ as well as some additional slides.
  Week 5: lecture notes by WB and PdJ as well as some additional slides and an exercise.
  Week 6: lecture notes by WB and PdJ as well as some additional slides and an exercise.
  Week 7: lecture notes by WB and PdJ as well as an additional exercise.
  Week 8: lecture notes by WB and PdJ as well as some additional slides.
  

• Quantum Mechanics 3 (2017 - 2018)  (in English).
  

Past and present research:

• Some key words:
  electroweak phenomenology at LEP (CERN) and SLC (Stanford),
  unstable gauge bosons,
  heavy quarks and supersymmetric QCD at the Tevatron (Fermilab) and LHC (CERN),
  leading-log effects at linear-collider energies.

• More information can be found in my research résumé, which includes a full list of publications.

• Curriculum vitae in Dutch and English.